典型光学系统表面光谱辐射传输及微尺度效应
|
摘要
表面微结构所具有的独特热辐射特性及其对辐射的调控能力为可再生能源利用、国防和航天领域急需的热辐射光谱和方向控制技术的发展提供了机遇。当结构几何尺度与入射波长相当或较之更小时,宏观尺度下的唯象理论已经无法有效考虑和解决这类热辐射传输问题。
本文在研究两类典型光学系统的热辐射传输特性的基础上,从宏观和微观角度分析了影响表面热辐射特性和传输规律的因素,研究结果为热辐射的光谱和方向调控技术提供了理论基础。主要研究内容包括以下五个方面。
(1)发展了基于辐射交换因子的反向蒙特卡洛辐射传输模型,分析了边界条件和物性参数对蒙特卡洛辐射传输算法的计算效率的影响。算例比较证实了在仅需要了解空间某一小立体角内或某一个小区域内辐射能量时,反向蒙特卡洛算法的计算效率要远远高于正向蒙特卡洛法。
(2)开展了辐射交换因子不确定性分析和伪随机数发生器性能检验,给出了单个计算单元辐射交换因子的估计误差、整个系统的辐射交换因子的平均估计误差的表达式,提出了一种能比较充分验证伪随机数发生器性能的辐射对称性检验方法,可以实现不同层次上无限制的比较发生器的优劣。
(3)采用表面特性镜漫处理和多级能量分裂等计算技术,分析了成像光学系统中杂散辐射传输、非成像光学系统中太阳能聚集辐射传输,获得了边界条件、物性参数对辐射传输的影响规律。建立了聚集能束矢量特性的描述模型,提出了基于等热流密度面与多次反射的腔式吸收器的梯级设计方法,设计了一种能流均匀性好、效率高的新型腔式吸收器结构。
(4)基于电磁涨落耗散理论和格林函数特性,推导了无限大表面、粒子与平面板间的近场热辐射传输的表达式,考察了极化态、粒径、间距、介电常数对近场热辐射传输的影响规律。采用时域有限差分法分析了具有栅栏结构、沟渠结构的硅基材料的表面辐射特性,获得了温度、入射波长对表面BRDF的影响规律。
(5)基于四波长BRDF测试平台,测试了柔性金属镀膜表面和微粗糙硬铝表面的反射特性,考察了波长、粗糙结构对表面辐射特性的影响。改进了一套基于CCD相机间接测量聚集能流密度的装置,实现了不同位置误差的碟式聚能器的焦面辐射热流测量,并对实验数据与数值结果进行了比较分析。
Surface microstructure provides an opportunity to control the spectral and directional properties in fields of renewable energy, defence and aerospace technologies, because it has unique thermal radiation properties and control ability of radiation. When the geometry size becomes as small as the wavelength or less, phenomenological theories at macroscale level are no longer valid to solve these problems of radiative heat transfer. In this research, two classical optical systems are studied on radiative heat transfer, and the influence factors analysis of surface radiation properties and radiation transfer characteristics are explored from a macro perspective and micro perspective. The results offer a theoretical foundation to control spectral and directional properties of thermal radiation. The scope of present research contains five parts:
(1) A backward Monte Carlo radiative transfer model based on the radiative exchange factor is developed, and the effects of boundary conditions and physical parameters on calculation efficiency of Monte Carlo method are presented. In the case of detecting radiation energy at some selected positions and/or given direction, the efficiency of the backward Monte Carlo method (BMCM) is much more efficient than the forward Monte Carlo method (FMCM).
(2) An uncertainty analysis of the radiative exchange factor (REF) and randomness properties of pseudorandom number generator (PNG) are investigated. The expressions for the estimation error of a computational element and the average error of the whole system are presented on the REF. A method to test radiation symmetry is proposed to validate the performance of PNGs, and it can be widely used to compare unrestricted the performance of PNGs under several different calculation conditions.
(3) Some calculation techniques, such as radiant characteristic coupled with diffusion and specular reflection, multiple splitting technique of radiant energy, are adopted to simulate stray radiation in imaging optical system and radiation characteristics of concentrating solar power in non-imaging optical system. The influence laws of boundary conditions and physical parameters on radiative transfer characteristics are also presented. A model to solve the vectorial field properties of concentrating solar power is developed, and a method on the basis of the concept of equivalent radiation flux and step design with multi-reflection is proposed to design the shape of cavity receiver. Furthermore, a new shape of the cavity receiver with an almost uniform flux distribution and high thermal efficiency takes shape.
(4) Based on the fluctuation–dissipation theorem and the Green’s function theory, the expressions of thermal near-field emission from a semi-infinite plane surface and near-field radiative heat transfer between a particle and a plane surface are derived. The effects of polarization, particle size, distance and dielectric constant on near-field radiative heat transfer are investigated. Moreover, the FDTD (Finite Difference Time Domain) method is employed to analyze surface radiation characteristic of Si-based material with barrier structure and ditch structure, and the effects of temperature and incident wavelength on surface BRDF (Bidirectional Reflectance Distribution Function) are obtained.
(5) Two typical surfaces, flexible metal surface coating and duralumin with micro-roughness, are measured by means of four band BRDF test platform. More, the effects of roughness and wavelength on surface radiation properties are also studied. A measuring system is developed to measure the focal radiative flux distribution using charge coupled device (CCD) cameras, and a series of flux measurements are performed for target placements at different distances from the dish vertex of a paraboloidal dish solar concentrator. Further, the measured flux distributions are compared with a Monte-Carlo-predicted distribution.
本文在研究两类典型光学系统的热辐射传输特性的基础上,从宏观和微观角度分析了影响表面热辐射特性和传输规律的因素,研究结果为热辐射的光谱和方向调控技术提供了理论基础。主要研究内容包括以下五个方面。
(1)发展了基于辐射交换因子的反向蒙特卡洛辐射传输模型,分析了边界条件和物性参数对蒙特卡洛辐射传输算法的计算效率的影响。算例比较证实了在仅需要了解空间某一小立体角内或某一个小区域内辐射能量时,反向蒙特卡洛算法的计算效率要远远高于正向蒙特卡洛法。
(2)开展了辐射交换因子不确定性分析和伪随机数发生器性能检验,给出了单个计算单元辐射交换因子的估计误差、整个系统的辐射交换因子的平均估计误差的表达式,提出了一种能比较充分验证伪随机数发生器性能的辐射对称性检验方法,可以实现不同层次上无限制的比较发生器的优劣。
(3)采用表面特性镜漫处理和多级能量分裂等计算技术,分析了成像光学系统中杂散辐射传输、非成像光学系统中太阳能聚集辐射传输,获得了边界条件、物性参数对辐射传输的影响规律。建立了聚集能束矢量特性的描述模型,提出了基于等热流密度面与多次反射的腔式吸收器的梯级设计方法,设计了一种能流均匀性好、效率高的新型腔式吸收器结构。
(4)基于电磁涨落耗散理论和格林函数特性,推导了无限大表面、粒子与平面板间的近场热辐射传输的表达式,考察了极化态、粒径、间距、介电常数对近场热辐射传输的影响规律。采用时域有限差分法分析了具有栅栏结构、沟渠结构的硅基材料的表面辐射特性,获得了温度、入射波长对表面BRDF的影响规律。
(5)基于四波长BRDF测试平台,测试了柔性金属镀膜表面和微粗糙硬铝表面的反射特性,考察了波长、粗糙结构对表面辐射特性的影响。改进了一套基于CCD相机间接测量聚集能流密度的装置,实现了不同位置误差的碟式聚能器的焦面辐射热流测量,并对实验数据与数值结果进行了比较分析。
Surface microstructure provides an opportunity to control the spectral and directional properties in fields of renewable energy, defence and aerospace technologies, because it has unique thermal radiation properties and control ability of radiation. When the geometry size becomes as small as the wavelength or less, phenomenological theories at macroscale level are no longer valid to solve these problems of radiative heat transfer. In this research, two classical optical systems are studied on radiative heat transfer, and the influence factors analysis of surface radiation properties and radiation transfer characteristics are explored from a macro perspective and micro perspective. The results offer a theoretical foundation to control spectral and directional properties of thermal radiation. The scope of present research contains five parts:
(1) A backward Monte Carlo radiative transfer model based on the radiative exchange factor is developed, and the effects of boundary conditions and physical parameters on calculation efficiency of Monte Carlo method are presented. In the case of detecting radiation energy at some selected positions and/or given direction, the efficiency of the backward Monte Carlo method (BMCM) is much more efficient than the forward Monte Carlo method (FMCM).
(2) An uncertainty analysis of the radiative exchange factor (REF) and randomness properties of pseudorandom number generator (PNG) are investigated. The expressions for the estimation error of a computational element and the average error of the whole system are presented on the REF. A method to test radiation symmetry is proposed to validate the performance of PNGs, and it can be widely used to compare unrestricted the performance of PNGs under several different calculation conditions.
(3) Some calculation techniques, such as radiant characteristic coupled with diffusion and specular reflection, multiple splitting technique of radiant energy, are adopted to simulate stray radiation in imaging optical system and radiation characteristics of concentrating solar power in non-imaging optical system. The influence laws of boundary conditions and physical parameters on radiative transfer characteristics are also presented. A model to solve the vectorial field properties of concentrating solar power is developed, and a method on the basis of the concept of equivalent radiation flux and step design with multi-reflection is proposed to design the shape of cavity receiver. Furthermore, a new shape of the cavity receiver with an almost uniform flux distribution and high thermal efficiency takes shape.
(4) Based on the fluctuation–dissipation theorem and the Green’s function theory, the expressions of thermal near-field emission from a semi-infinite plane surface and near-field radiative heat transfer between a particle and a plane surface are derived. The effects of polarization, particle size, distance and dielectric constant on near-field radiative heat transfer are investigated. Moreover, the FDTD (Finite Difference Time Domain) method is employed to analyze surface radiation characteristic of Si-based material with barrier structure and ditch structure, and the effects of temperature and incident wavelength on surface BRDF (Bidirectional Reflectance Distribution Function) are obtained.
(5) Two typical surfaces, flexible metal surface coating and duralumin with micro-roughness, are measured by means of four band BRDF test platform. More, the effects of roughness and wavelength on surface radiation properties are also studied. A measuring system is developed to measure the focal radiative flux distribution using charge coupled device (CCD) cameras, and a series of flux measurements are performed for target placements at different distances from the dish vertex of a paraboloidal dish solar concentrator. Further, the measured flux distributions are compared with a Monte-Carlo-predicted distribution.
引文
1余其铮.辐射换热原理.哈尔滨:哈尔滨工业大学出版社,2000
2 M.F. Modest.Radiative Heat Transfer(2nd ed.).New York:Academic Press,2003
3 R. Sigel,J.R. Howell.Thermal Radiation Heat Transfer(4th ed.).New York:Taylor & Francis Press,2002
4谈和平,夏新林,刘林华,阮立明.红外辐射特性与传输数值计算——计算辐射学.哈尔滨:哈尔滨工业大学出版,2006
5吕红庆,王振清,王永军,张翠娥,靳承滨.高超声速钝头体气动热分析.导弹与航天运载技术,2008,总295 (3):41-45
6闵桂荣,郭舜.航天器热控制.第二版.北京:科学出版社,1998
7岑兆丰,李晓彤,朱启华.光学系统杂散光分析.红外与激光工程,2007,36 (3):300-304
8 A. W. Greynolds.Stray Light Computations:Has Nothing Changed Since the 1970’s? Proceedings of SPIE– Optical Modeling and Performance Predictions III,San Diego,CA USA,Aug. 29 2007,6675:66750B
9谭小琴,夏新林,孙创.槽式太阳能聚集阵的间歇跟踪聚光特性.工程热物理学报,2008,29 (10):1739-1742
10 A.J. Whang,C.H. Chuang,Y.Y. Chen.Analysis of Light Guiding Property in Light Piped Based Solar Concentrator.Proceeding of SPIE-Integrated Optics:Devices,Materials,and Technologies XII,San Jose,CA USA,Jan. 21 2008,6896:68961A
11张锦绣,梁新刚,王刚.一种计算空间电池阵输出的新方法.节能技术,2005,23 (2):112-115,125
12宣益民,韩玉阁.地面目标与背景的红外特征.北京:国防工业出版社,2004
13韩玉阁,刘荣辉,宣益民.复杂地表背景红外热像模拟.南京理工大学学报(自然科学版),2007,31 (4):487-490
14邵晓鹏,郑宏斌,徐军,张建奇.光裸地表红外辐射统计模型及纹理特征分析.西安电子科技大学学报,2007,34 (6):944-946,968
15 A. Sentenac,J.J. Greffet.Design of Surface Microrelief with Selective Radiative Properties.Int. J. of Heat and Mass Transfer,1994,37 (4):553-558
16 Y.B. Chen,Z.M. Zhang,P.J. Timans.Radiative Properties of Patterned Wafers with Nanoscale Linewidth.J. of Heat Transfer– Transactions of the ASME,2007,129 (1):79-90
17 Y.D. Wilde,F. Formanek,R. Carminati,B. Gralak,P.A. Lemoine,K. Joulain,J.P. Mulet,Y. Chen,J.J. Greffet.Thermal Radiation Scanning Tunneling Microscopy.Nature,2006,444:740-743
18 V.V. Buhmirov,D.V. Rakutina.Application of Zonal Methods to the Account of Complex Heat Transfer in Thermal Technological Installations.Heat Transfer Research,2008,39 (3):241-243
19 W.F. Wu,Y.H. Feng,X.X. Zhang.Zonal Method Solution of Radiative Heat Transfer in a One-Dimensional Long Roller-Hearth Furnace in CSP.J. of University of Science and Technology Beijing:Mineral Metallurgy Materials (Eng Ed),2007,14 (4):307-311
20 L. Wang,J. Yang,M.F. Modest,D.C. Haworth.Application of the Full-Spectrum k-Distribution Method to Photon Monte Carlo Solvers.J. of Quantitative Spectroscopy and Radiative Transfer,2007,104 (2):297-304
21 Y. Chen,K.N. Liou.A Monte Carlo Method for 3D Thermal Infrared Radiative Transfer.J. of Quantitative Spectroscopy and Radiative Transfer,2006,101 (1):166-178
22成珂,张鹤飞.蒙特卡洛法模拟集热器入射面太阳辐射的算法研究.太阳能学报,2006,27 (8):743-747
23李宏顺.用逆向蒙特卡罗法计算光的辐射强度组分.华中科技大学学报(自然科学版),2007,35 (2):113-115
24黄群星,王飞,刘冬,严建华.基于逆向Monte Carlo法的腔内小接受体红外辐射传递研究.热能动力工程,2007,22 (5):564-568,582
25 X.D. Lu,P.F. Hsu.Reverse Monte Carlo Method for Transient Radiative Transfer in Participating Media.J. of Heat Transfer– Transactions of the ASME,2004,126 (4):621-627
26 L.H. Liu.Backward Monte Carlo Method Based on Radiation Distribution Factor.J. of Thermophysics and Heat Transfer,2004,18 (1):151-153
27 N.A. Krishna,S.C. Mishra.Discrete Transfer Method Applied to Radiative Transfer in a Variable Refractive Index Semitransparent Medium.J. of Quantitative Spectroscopy and Radiative Transfer,2006,102 (3):432-440
28 M. Baburic,N. Duic,A. Raulot,P.J. Coelho.Application of the Conservative Discrete Transfer Radiation Method to a Furnace with Complex Geometry.Numerical Heat Transfer,Part A,2005,48 (4):297-313
29 Q. Cheng,H.C. Zhou,Y.L. Yu,D.X. Huang.Highly-Directional Radiative Intensity in a 2-D Rectangular Enclosure Calculated by the DRESOR Method.Numerical Heat Transfer,Part B,2008,54 (4):354-367
30黄志锋,程强,周怀春,许培锋.DRESOR法求解超短脉冲在一维非均匀介质中的瞬态辐射传输.工程热物理学报,2008,29 (6):1005-1008
31 H.J. Lee,Z.M. Zhang.Applicability of Phase Ray-Tracing Method for Light Scattering from Rough Surfaces.J. of Thermophysics and Heat Transfer,2007,21 (2):330-336
32 H.L. Yi,H.P. Tan,H.C. Zhang,J.F. Luo.Ray-Tracing/Nodal-Analyzing Model for Transient Thermal Behavior of a Scattering Medium with a Variable Refractive Index.Numerical Heat Transfer,Part A,2006,49 (6):607-634
33 H.L. Yi,M. Xie,H.P. Tan.Ray-Tracing Method for Radiative Heat Transfer in a Two-Layer Anisotropic Scattering Medium.Numerical Heat Transfer,Part A,2008,54 (5):481-506
34 P. Sadooghi,C. Aghanajafi.Two-Flux Method for Transient Thermal Analysis in a Layer of Polymer Fiber.J. of Applied Polymer Science,2006,101 (4):2277-2283
35 M.F. Modest,J. Yang.Elliptic PDE Formulation and Boundary Conditions of the Spherical Harmonics Method of Arbitrary Order for General Three-Dimensional Geometries.J. of Quantitative Spectroscopy and Radiative Transfer,2008,109 (9):1641-1666
36 M.Y. Kim,J.H. Cho,S.W. Baek.Radiative Heat Transfer Between Two Concentric Spheres Separated by a Two-Phase Mixture of Non-Gray Gas and Particles Using the Modified Discrete-Ordinates Method.J. of Quantitative Spectroscopy and Radiative Transfer,2008,109 (9):1607-1621
37 K. Kim,E. Lee,T.H. Song.Discrete Ordinates Interpolation Method for Radiative Heat Transfer Problems in Three-Dimensional Enclosures Filled with Non-Gray or Scattering Medium.J. of Quantitative Spectroscopy and Radiative Transfer,2008,109 (15):2579-2589
38 M.Y. Kim.Assessment of the Axisymmetric Radiative Heat Transfer in a Cylindrical Enclosure with the Finite Volume Method.Int. J. of Heat and Mass Transfer,2008,51 (21-22):5144-5153
39 D.N. Trivic,C.H. Amon.Modeling the 3-D Radiation of Anisotropically Scattering Media by Two Different Numerical Methods.Int. J. of Heat and Mass Transfer,2008,51 (11-12):2711-2732
40 L.M. Ruan,M. Xie,H. Qi,W. An,H.P. Tan.Development of a Finite Element Model for Coupled Radiative and Conductive Heat Transfer in Participating Media.J. of Quantitative Spectroscopy and Radiative Transfer,2006,102 (2):190-202
41 H. Grissa,F. Askri,M. Ben Salah,S. Ben Nasrallah.Three-dimensional Radiative Transfer Modeling Using the Control Volume Finite Element Method.J. of Quantitative Spectroscopy and Radiative Transfer,2007,105 (3):388-404
42刘林华,赵军明,谈和平.辐射传递方程数值模拟的有限元和谱元法.北京:科学出版社,2008
43 H. Sadat.On the Use of a Meshless Method for Solving Radiative Transfer with the Discrete Ordinates Formulations.J. of Quantitative Spectroscopy and Radiative Transfer,2006,101 (2):263-268
44 J.Y. Tan,L.H. Liu,B.X. Li.Least-Squares Radial Point Interpolation Collocation Meshless Method for Radiative Heat Transfer.J. of Heat Transfer– Transactions of the ASME,2007,129 (5):669-673
45 J.M. Zhao,L.H. Liu.Discontinuous Spectral Element Method for Solving Radiative Heat Transfer in Multidimensional Semitransparent Media.J. of Quantitative Spectroscopy and Radiative Transfer,2007,107 (1):1-16
46赵军明.求解辐射传递方程的谱元法.哈尔滨工业大学工学博士学位论文,2007
47 C.R. Guillem.Numerical Methods for Radiative Heat Transfer.Ph.D. thesis,Universitat Politècnica de Catalunya,2006
48 C. D. Micco,C.M. Aldao.On the Net Radiation Method for Heat Transfer.Europe Journal Physcial,2003,24 (1):81-89
49张伟清,宣益民,韩玉阁.单元表面间辐射传递系数的新型计算方法.宇航学报,2005,26 (1):77-80,85
50李鹏,肖泽娟,程惠尔.蒙特卡洛模拟漫辐射时两种确定表面发射方向方法的比较.计算物理,2006,23 (4):457-460
51 M.R. Vujicic,N.P. Lavery,S.G.R. Brown.View Factor Calculation Using the Monte Carlo Method and Numerical Sensitivity.Communications in Numerical Methods in Engineering,2006,22 (3):197-203
52夏新林,余其铮,谈和平.用改进的射线踪迹法分析含漫射表面的半透明体表观光谱发射特性.计算物理,1997,14 (4-5):622-623,621
53刘阳,黄本诚,向艳红,张容.封闭腔内复杂条件对辐射传递系数影响的数学模型与数值模拟.航天器工程,2004,21 (4):21-28
54 X. Cui,B.Q. Li.A Parallel Galerkin Boundary Element Method for Surface Radiation and Mixed Heat Transfer Calculations in Complex 3-D Geometries.Int. J. for Numerical Methods in Engineering,2004,61 (12):2020-2044
55 S. Mazumder.Methods to Accelerate Ray Tracing in the Monte Carlo Method for Surface-to-Surface Radiation Transport.J. of Heat Transfer– Transactions of the ASME,2006,128 (9):945-952
56 S.C. Mishra,A. Shukla,V. Yadav.View Factor Calculation in the 2-D Geometries Using the Collapsed Dimension Method.Int. Communications in Heat and Mass Transfer,2008,35 (5):630-636
57 S. Abishek,K.S. Ramanujam,S.S. Katte.View Factors Between Disk/Rectangle and Rectangle in Parallel and Perpendicular Planes.J. of Thermophysics and Heat Transfer,2007,21 (1):236-239
58 A. Mezrhab,M. Bouzidi.Computation of View Factors for Surfaces of Complex Shape Including Screening Effects and Using a Boundary Element Approximation.Engineering Computations,2005,22 (2):132-148
59韩心志.航天多光谱遥感.北京:宇航出版社,1991:1-21
60 S.M. Pompea.Advances in the Straylight Analysis of Astronomical Telescope Systems.Proceedings of SPIE– Optical Telescopes of Today and Tomorrow,Landskrona,Sweden,May 29 1996,2871:193-195
61 M.A. Goforth.General Algorithm for Stray Light Measurements of Remote Sensing Imagery.Proceedings of SPIE– Optical System Degradation,Contamination,and Stray Light: Effects,Measurements,and Control II,San Diego,CA USA,Aug. 15 2006,6291:62910Y
62 A. W. Greynolds.Stray Light Computations: Has Nothing Changed Since the 1970’s? Proceedings ofSPIE– Optical Modeling and Performance Predictions III,San Diego,CA USA,Aug. 29 2007,6675:66750B
63 S.M.Pompea,R.N. Pfisterer.A Stray Light Analysis of the Apache Point Observatory 3.5-Meter Telescope System.Proceedings of SPIE - Specialized Optical Developments in Astronomy,Waikoloa,HI USA,Aug. 25 2002,4842:128-138
64 J. Lee,J.D. Rogers,C. Liang.Stray Light Analysis for Multi-Modal Miniature Microscope.Proceedings of SPIE - Current Developments in Lens Design and Optical Engineering III,Seattle,WA USA,Jul. 8 2002,4767:53-61
65 B.A. Patterson,M. Wells.Analysis of Scattered Light for VISTA.Proceedings of SPIE - Specialized Optical Developments in Astronomy,Waikoloa,HI USA,Aug. 25 2002,4842:116-127
66 Z.Y Wei,P.A. Lightsey.Stray Light from Galactic Sky and Zodiacal Light for JWST.Proceedings of SPIE - Space Telescopes and Instrumentation I:Optical,Infrared,and Millimeter,Orlando,FL USA,May 24 2006,6265,62653C
67 Y.Q. Zong,S.W. Brown,G. Meister,R.A. Barnes,K.R. Lykke.Characterization and Correction of Stray Light in Optical Instruments.Proceedings of SPIE - Sensors,Systems,and Next-Generation Satellites XI,Sept. 17 2007,6744:67441L
68 S.J. Ham,H. Lee,J.M. Lee,S.W. Kim,T. Richard,M. Lockwood.Stray Light Analysis of SALEX Instrument.Proceedings of SPIE - Optical System Contamination:Effects,Measurements,and Control,San Diego,CA USA,Aug. 13 2008,7069:70690L
69 E. Perinati,T. Mineo,G. Cusumano.Designing an X-ray Baffle for Stray-Light Reduction at the Focal Plane of the Wide Field Imager on Board EDGE.Proceedings of SPIE - Space Telescopes and Instrumentation 2008:Ultraviolet to Gamma Ray,Marseille,France,June 23 2008,7011:701139
70 J.N. Wei,B. Bitlis,A. Bernstein,A. de Silva,P.A. Jansson,J.P. Allebach.Stray Light and Shading Reduction in Digital Photography:A New Model and Algorithm.Proceedings of SPIE,Digital Phtography IV,San Jose,CA USA,Jan. 28 2008,6817:68170H
28 (3):12-15,20
72黄强,钮新华,沈学民.红外光学系统内部热辐射引起的杂散辐射分析.红外技术,2006,28 (6):
348-352
73黄智强,邢廷文.遮光罩和挡光环程序化设计的原理及实现.光电工程,2006,33 (4):119-123
74岑兆丰,李晓彤,朱启华.光学系统杂散光分析.红外与激光工程,2007,36 (3):300-304
75原育凯,李欣耀,裴云天.基于模板的FY-2一级杂散光模拟.光学精密工程,2007,15 (1):45-49
76李婷,杨建峰,阮萍,姜晓军.月基光学天文望远镜(LOT)的杂散光分析.光子学报,2007,36:
136-141
77闫亚东,陈良益,仓玉萍,何俊华.激光靶散射光观测镜杂散光抑制研究.光电工程,2008,35(6):54-58
78余其铮,唐明,谈和平,姜民奇.星载扫描仪遮阳罩的杂光计算.运载火箭与返回技术,1991,12 (2):56-62
79唐明,夏新林,谈和平,余其铮,肖淑琴,彭锦霞,王金堂.多光谱扫描仪的杂光计算.宇航学报,1996,17 (1):87-90
80夏新林,谈和平,唐明,余其铮.空间光学系统中杂散辐射计算的蒙特卡洛方法验证.哈尔滨工业大学学报,1996,28 (1):17-22
81夏新林.空间光学系统的杂散辐射计算与热分析研究.哈尔滨工业大学工学博士学位论文,1997
82王平阳,夏新林,谈和平.用蒙特卡罗法数值模拟CCD相机的杂光.中国空间科学技术,1999,19 (2):60-65
83杜胜华.星敏感器多源杂散光环境分析与抑制结构研究.哈尔滨工业大学工学硕士学位论文,2004
84杜胜华,夏新林,孙创.星载多波段红外光学系统的杂散辐射分析.光子学报,2008,37 (4):763-767
85王志峰.碟式抛物线型太阳能聚焦集热器的热性能分析.在韩国能源研究院的报告,韩国,2001
86 G. Johnston.Focal Region Measurement of the 20m2 tiled dish at the Australian National University.Solar Energy,1998,63 (2):117-124
87 P. Garcia,A. Ferriere,J.J. Bezian.Codes for Solar Flux Calculation Dedicated to Central Receiver System Applications:A Comparative Review.Solar Energy,2008,82 (3):189-197
88 G. Johnston,K. Lovegrove,A. Luzzi.Optical Performance of Spherical Reflecting Elements for Use with Paraboloidal Dish Concentrators.Solar Energy,2003,74 (2):133-140
89 A.G. Imenes,D. Buie,D.R. Mills,P. Schramek,S.G. Bosi.A New Strategy for Improved Spectral Performance in Solar Power Plants.Solar Energy,2006,80 (10):1263-1269
90 O.A. Jaramillo,C.A. Perez-Rabago,C.A. Arancibia-Bulnes,C.A. Estrada.A Flat-Plate Calorimeter for Concentrated Solar Flux Evaluation.Renewable Energy,2008,33 (10):2322-2328
91 A.V. Vardanyan,L.A. Gagiyan.Methods for Calculating the Concentration Fields of Mirror Solar Collectors.Applied Solar Energy,2008,44 (1):35-38
92 R.R. David,S.G. Maecelino,A.E. Claudio.Three-Dimensional Analysis of a Concentrated Solar Flux.J. of Solar Energy Engineering,2008,130 (1):014503-1/4
93李瑞恒,邢玉明,刘伟.空间太阳能热动力发电系统10kW聚能器焦平面热流分布计算.太阳能学报,2005,26 (1):116-120
94杜胜华,夏新林,唐尧.太阳光不平行度对太阳能聚集性能影响的数值研究.太阳能学报,2006,27 (4):388-393
95刘颖.太阳能聚光器聚焦光斑能流密度分布理论与实验研究.哈尔滨工业大学工学博士学位论文,2008
96刘颖,戴景民,郎治国,辛春锁.旋转抛物面聚光器焦面能流分布的有限元分析.光学学报,2007,27 (10):1775-1778
97 A.J. Whang,C.H. Chuang,Y.Y. Chen.Analysis of Light Guiding Property in Light Piped Based Solar Concentrator.Proceeding of SPIE-Integrated Optics:Devices,Materials,and Technologies XII,San Jose,CA USA,Jan. 21 2008,6896:68961A
98 J.H. Vázquez,S.V. Montiel.Design of a Solar Concentrator with Hexagonal Facets.Proceeding of SPIE-Optical Modeling and Measurements for Solar Energy Systems,San Diego,CA USA,Aug. 26 2007,6652:66520E
99 P. Doron,A. Kribus.The Effect of Irradiation Directional Distribution on Absorption in Volumetric Solar Receiver.J. of Solar Energy Engineering,1997,119 (1):68-73
100 T. Taubner,D. Korobkin,Y. Urzhumov,G. Shvets,R. Hillenbrand.Near-Field Microscopy through a SiC Superlens.Science,2006,313 (5793):1595
101 G. Chen.Thermal Phenomena in Optical and Optoelectronic Thin Film Devices.Ph.D. thesis,University of California at Berkeley,1993
102 J.P. Mulet,K. Joulain,R. Carminati,J.J. Greffet.Enhanced Radiative Heat Transfer at Nanometric Distances.Microscale Thermophysical Engineering,2002,6:209-222
103 M. Francoeur,M.P. Mengü?.Role of Fluctuational Electrodynamics in Near-Field Radiative Heat Transfer.J. of Quantitative Spectroscopy and Radiative Transfer,2008,109 (2):280-293
104 J. Le Gall,M. Olivier,J.J. Greffet.Experimental and Theoretical Study of Reflection and Coherent Thermal Emission by a SiC Grating Supporting a Surface-Phonon Polariton.Physical Review B,1997,55 (15):10105-10114
105 W. Muller-Hirsch,A. Kraft,M.T. Hirsch,J. Parisi,A. Kittel.Heat Transfer in Ultrahigh Vacuum Scanning Thermal Microscopy.J. of Vacuum Science & Technology A,1999,17 (4):1205-1210
106 O.J.F. Martin,M. Paulus.Influence of Metal Roughness on the Near-Field Generated by an Aperture/Apertureless Probe.J. of Microscopy,2002,205:147-152
107 A. Kittel,W. Müller-Hirsch,J. Parisi,S.A. Biehs,D. Reddig,M. Holthaus.Near-Field Heat Transfer in a Scanning Thermal Microscope.Phys. Rev. Lett.,2005,95:224301/1-4
108 Y.J. Shen,Z.M. Zhang,B.K. Tsai,D.P. DeWitt.Bidirectional Reflectance Distribution Function of Rough Silicon Wafers.Int. J. of Thermophysics,2001,22 (4):1311-1326
109 Y.B. Chen,Q.Z. Zhu,T.L. Wright,W.P. King,Z.M. Zhang.Bidirectional Reflection Measurements of Periodically Microstructured Silicon Surfaces.Int. J. of Thermophysics,2004,25 (4):1235-1252
110 H.J. Lee,Z.M. Zhang.Measurement and Modeling of the Bidirectional Reflectance of SiO2 Coated Si Surfaces.Int. J. of Thermophysics,2006,27 (3):820-839
111 P.O. Chapuis,J.J. Greffet,S. Volz.Near Field Radiative Heat Transfer Between a Sphere and a Surface.13th International Heat Transfer Conference,Sydney Australia,Aug. 13-18 2006,BegellHouse Inc. Publishers
112 A. Narayanaswamy.Investigation of Nanoscale Thermal Radiation:Theory and Experiments.Ph.D. thesis,Massachusetts Institute of Technology,2007
113 S.M. Rytov,Y.A. Kravtsov,V.I. Tatarskii.Principles of statistical radiophysics 3.Moscow:Springer-Verlag,1989
114 J.J. Loomis,H.J. Maris.Theory of Heat Transfer by Evanescent Electromagnetic Waves.Physical Review B,1994,50 (24):517-524
115 R.L. Chang,W.S. Fann,S.H. Lin.Resonance Fluorescence of a Single Molecule under Near Field Excitation.Appl. Phys. Lett.,1996,69 (16):2338-2340
116 J.B. Pendry.Radiative Exchange of Heat Between Nanostructures.J. of Physics:Condensed Matter,1999,11 (35):6621-6633
117 J.L. Pan,H.K.H. Choy,C.G. Fonstad Jr.Very Large Radiative Transfer over Small Distances from a Black Body for Thermophotovoltaic Applications.IEEE Transactions on Electron Devices,2000,47 (1):241-249
118 A.I. Volokitin,B.N.J. Persson.Radiative Heat Transfer between Nanostructures.Physical Review B,2001,63:205404/1-11
119 M.M.D. Whale,E.G. Cravalho.Modeling and Performance of Microscale Thermophotovoltaic Energy Conversion Devices.IEEE Transactions on Energy Conversion,2002,17 (1):130-142
120 A.J. Heltzel,S. Theppakuttai,J.R. Howell,S.C. Chen.Analytical and Experimental Investigation of Laser-Microsphere Interaction for Nanoscale Surface Modification.J. of Heat Transfer– Transactions of the ASME,2005,127 (11):1231-1235
121 G. Videen,M.M. Aslan,M.P. Mengü?.Characterization of Metallic Nano-Particles via Surface Wave Scattering:A. Theoretical Framework and Formulation.J. of Quantitative Spectroscopy and Radiative Transfer,2005,93 (1-3):195-206
122 A. Kittel,W. Müller-Hirsch,J. Parisi,S.A. Biehs,D. Reddig,M. Holthaus.Near-Field Heat Transfer in a Scanning Thermal Microscope.Physical Review Letters,2005,95:224301/1-4
123 R.L. Chen.Radiative Heat Transfer Between Two Closely-Spaced Plates.43rd AIAA Aerospace Sciences Meeting and Exhibit,Reno,Nevada,Jan. 10-13 2005,AIAA 2005-960
124 M.H. Han,X.G. Liang,Y. Huang.Thermal Radiation Characteristics of Plane-Parallel SiC Wafer.Chinese Science Bulletin,2005,50 (4):295-298
125 G. Bimonte.A Theory of Electromagnetic Fluctuations for Metallic Surfaces and van der Waals Interactions Between Metallic Bodies.Physical Review Letters,2006,96:160401/1-4
126 M. Laroche,R. Carminati,J.J. Greffet.Near-Field Thermophotovoltaic Energy Conversion.J. of Applied Physics,2006,100:063704/1-10
127 S. Lefèvre,S. Volz,P.O. Chapuis.Nanoscale Heat Transfer at Contact Between a Hot Tip and a
162 S.S. Dua,P. Cheng.Multi-Dimensional Radiative Heat Transfer in Non-Isothermal Cylindrical Media with Non-Isothermal Bounding Walls.Int. J. of Heat and Mass Transfer,1975,18:245-259
163 M.Y. Kim,S.W. Baek.Modeling of Radiative Heat Transfer in an Axisymmetric Cylindrical Enclosure with Participating Medium.J. of Quantitative Spectroscopy and Radiative Transfer,2005,90 (3-4):377-388
164 F.H. Azad,M.F. Modest.Evaluation of the Radiative Heat Flux in Absorbing, Emitting and Linear-Anisotropically Scattering Cylindrical Media.J. of Heat Transfer,1981,103:350-356
165 H.F. Nelson.Backward Monte Carlo Modeling for Rocket Plume Base Heating.J. of Thermophysics and Heat Transfer,1992,6 (3):556-558
166 S.W. Baek,M.Y. Kim.Analysis of Radiative Heating of a Rocket Plume Base with the Finite-Volume Method.Int. J. of Heat Mass Transfer,1997,40 (7):1501-1508
167 Y. Shuai,S.K. Dong,H.P. Tan.Simulation of the Infrared Radiation Characteristics of High Temperature Exhaust Plume Including Particles Using the Backward Monte Carlo Method.J. of Quantitative Spectroscopy and Radiative Transfer,2005,95 (2):231-240
168 M. Born,E. Wolf著.杨葭荪译.光学原理.第七版.北京:电子工业出版社,2006
169 E. Schneider.Thermal Design of Retro-Reflective Stray Light Fore-Baffles for Space-Borne Optical Systems.Proceeding of SPIE-Optomechanical Engineering 2000,Boston,MA USA,Nov. 7 2000,4198:82-95
170 S.M. Jeter.The Distribution of Concentrated Solar Radiation in Paraboloidal Collectors.J. of Solar Energy Engineering,1986,108:219-225
171 M. Minnaert.The Photosphere.G.P. Kuiper, Ed., Chincagao:University of Chincago Press,1962
172 G. Johnston.On the Analysis of Surface Error Distributions on Concentrated Solar Collectors.J. of Solar Energy Engineering,1995,117 (4):294-296
173 D. Buie,A.G. Monger.The Effect of Circumsolar Radiation on a Solar Concentrating System.Solar Energy,2004,76 (1-3):181-185
174陈世平.空间相机设计与试验.北京:宇航出版社,2003
175肖泽娟,程惠尔,李鹏.在轨发动机羽流污染导致太阳帆板电功率损失计算模型.热科学与技术,2005,4(1):10-13
176 S. Bau,Y.B. Chen,Z.M. Zhang.Microscale Radiation in Thermophotovolatic Devices- A Review.International Journal of Energy Research,2007,31(6-7):689-716
177厉以宇.多维结构薄膜光子器件的研究.浙江大学工学博士学位论文,2008
178曹祥玉,高军,曾越胜,杨芳.电磁场与电磁波.西安:西安电子科技大学出版社,2007
179许福永,赵克玉.电磁场与电磁波.北京:科学出版社,2007
180 K.S. Yee.Numerical Solution of Initial Boundary Value Problems Involving Maxwell Equations inIsotropic Media.IEEE Transaction on Antennas and Propagation.May 1966,AP-14(3):302-307
181葛德彪,闫玉波.电磁波时域有限差分方法.第二版.西安电子科技大学出版社,2006
182 J.P. Berenger.A Perfectly Matched Layer for the Absorption of Electromagnetic Waves.J. of Computational Physics.1994,114(2):185-200
183 B.T. Draine.The Discrete-Dipole Approximation and Its Application to Interstellar Graphite Grains.The Astrophysical Journal,1988,333:848-872
184 J.D. Jackson.Classical Electrodynamics.2nd Ed.,New York:Wiley Press,1975
185谢鸣.表面红外散射与辐射出射特性研究.哈尔滨工业大学工学博士学位论文,2006
186齐超,李文娟,戴景民.红外双向反射率测量应用及研究进展.激光与红外.2005,35(6):391-393
187刘子龙,王煜,李平.双向反射分布函数(BRDF)及其测量.中国计量,2008,(3):68-69
A1葛绍岩,那鸿悦.热辐射性质及其测量,北京:科学出版社,1989.pp. 96～498
2 M.F. Modest.Radiative Heat Transfer(2nd ed.).New York:Academic Press,2003
3 R. Sigel,J.R. Howell.Thermal Radiation Heat Transfer(4th ed.).New York:Taylor & Francis Press,2002
4谈和平,夏新林,刘林华,阮立明.红外辐射特性与传输数值计算——计算辐射学.哈尔滨:哈尔滨工业大学出版,2006
5吕红庆,王振清,王永军,张翠娥,靳承滨.高超声速钝头体气动热分析.导弹与航天运载技术,2008,总295 (3):41-45
6闵桂荣,郭舜.航天器热控制.第二版.北京:科学出版社,1998
7岑兆丰,李晓彤,朱启华.光学系统杂散光分析.红外与激光工程,2007,36 (3):300-304
8 A. W. Greynolds.Stray Light Computations:Has Nothing Changed Since the 1970’s? Proceedings of SPIE– Optical Modeling and Performance Predictions III,San Diego,CA USA,Aug. 29 2007,6675:66750B
9谭小琴,夏新林,孙创.槽式太阳能聚集阵的间歇跟踪聚光特性.工程热物理学报,2008,29 (10):1739-1742
10 A.J. Whang,C.H. Chuang,Y.Y. Chen.Analysis of Light Guiding Property in Light Piped Based Solar Concentrator.Proceeding of SPIE-Integrated Optics:Devices,Materials,and Technologies XII,San Jose,CA USA,Jan. 21 2008,6896:68961A
11张锦绣,梁新刚,王刚.一种计算空间电池阵输出的新方法.节能技术,2005,23 (2):112-115,125
12宣益民,韩玉阁.地面目标与背景的红外特征.北京:国防工业出版社,2004
13韩玉阁,刘荣辉,宣益民.复杂地表背景红外热像模拟.南京理工大学学报(自然科学版),2007,31 (4):487-490
14邵晓鹏,郑宏斌,徐军,张建奇.光裸地表红外辐射统计模型及纹理特征分析.西安电子科技大学学报,2007,34 (6):944-946,968
15 A. Sentenac,J.J. Greffet.Design of Surface Microrelief with Selective Radiative Properties.Int. J. of Heat and Mass Transfer,1994,37 (4):553-558
16 Y.B. Chen,Z.M. Zhang,P.J. Timans.Radiative Properties of Patterned Wafers with Nanoscale Linewidth.J. of Heat Transfer– Transactions of the ASME,2007,129 (1):79-90
17 Y.D. Wilde,F. Formanek,R. Carminati,B. Gralak,P.A. Lemoine,K. Joulain,J.P. Mulet,Y. Chen,J.J. Greffet.Thermal Radiation Scanning Tunneling Microscopy.Nature,2006,444:740-743
18 V.V. Buhmirov,D.V. Rakutina.Application of Zonal Methods to the Account of Complex Heat Transfer in Thermal Technological Installations.Heat Transfer Research,2008,39 (3):241-243
19 W.F. Wu,Y.H. Feng,X.X. Zhang.Zonal Method Solution of Radiative Heat Transfer in a One-Dimensional Long Roller-Hearth Furnace in CSP.J. of University of Science and Technology Beijing:Mineral Metallurgy Materials (Eng Ed),2007,14 (4):307-311
20 L. Wang,J. Yang,M.F. Modest,D.C. Haworth.Application of the Full-Spectrum k-Distribution Method to Photon Monte Carlo Solvers.J. of Quantitative Spectroscopy and Radiative Transfer,2007,104 (2):297-304
21 Y. Chen,K.N. Liou.A Monte Carlo Method for 3D Thermal Infrared Radiative Transfer.J. of Quantitative Spectroscopy and Radiative Transfer,2006,101 (1):166-178
22成珂,张鹤飞.蒙特卡洛法模拟集热器入射面太阳辐射的算法研究.太阳能学报,2006,27 (8):743-747
23李宏顺.用逆向蒙特卡罗法计算光的辐射强度组分.华中科技大学学报(自然科学版),2007,35 (2):113-115
24黄群星,王飞,刘冬,严建华.基于逆向Monte Carlo法的腔内小接受体红外辐射传递研究.热能动力工程,2007,22 (5):564-568,582
25 X.D. Lu,P.F. Hsu.Reverse Monte Carlo Method for Transient Radiative Transfer in Participating Media.J. of Heat Transfer– Transactions of the ASME,2004,126 (4):621-627
26 L.H. Liu.Backward Monte Carlo Method Based on Radiation Distribution Factor.J. of Thermophysics and Heat Transfer,2004,18 (1):151-153
27 N.A. Krishna,S.C. Mishra.Discrete Transfer Method Applied to Radiative Transfer in a Variable Refractive Index Semitransparent Medium.J. of Quantitative Spectroscopy and Radiative Transfer,2006,102 (3):432-440
28 M. Baburic,N. Duic,A. Raulot,P.J. Coelho.Application of the Conservative Discrete Transfer Radiation Method to a Furnace with Complex Geometry.Numerical Heat Transfer,Part A,2005,48 (4):297-313
29 Q. Cheng,H.C. Zhou,Y.L. Yu,D.X. Huang.Highly-Directional Radiative Intensity in a 2-D Rectangular Enclosure Calculated by the DRESOR Method.Numerical Heat Transfer,Part B,2008,54 (4):354-367
30黄志锋,程强,周怀春,许培锋.DRESOR法求解超短脉冲在一维非均匀介质中的瞬态辐射传输.工程热物理学报,2008,29 (6):1005-1008
31 H.J. Lee,Z.M. Zhang.Applicability of Phase Ray-Tracing Method for Light Scattering from Rough Surfaces.J. of Thermophysics and Heat Transfer,2007,21 (2):330-336
32 H.L. Yi,H.P. Tan,H.C. Zhang,J.F. Luo.Ray-Tracing/Nodal-Analyzing Model for Transient Thermal Behavior of a Scattering Medium with a Variable Refractive Index.Numerical Heat Transfer,Part A,2006,49 (6):607-634
33 H.L. Yi,M. Xie,H.P. Tan.Ray-Tracing Method for Radiative Heat Transfer in a Two-Layer Anisotropic Scattering Medium.Numerical Heat Transfer,Part A,2008,54 (5):481-506
34 P. Sadooghi,C. Aghanajafi.Two-Flux Method for Transient Thermal Analysis in a Layer of Polymer Fiber.J. of Applied Polymer Science,2006,101 (4):2277-2283
35 M.F. Modest,J. Yang.Elliptic PDE Formulation and Boundary Conditions of the Spherical Harmonics Method of Arbitrary Order for General Three-Dimensional Geometries.J. of Quantitative Spectroscopy and Radiative Transfer,2008,109 (9):1641-1666
36 M.Y. Kim,J.H. Cho,S.W. Baek.Radiative Heat Transfer Between Two Concentric Spheres Separated by a Two-Phase Mixture of Non-Gray Gas and Particles Using the Modified Discrete-Ordinates Method.J. of Quantitative Spectroscopy and Radiative Transfer,2008,109 (9):1607-1621
37 K. Kim,E. Lee,T.H. Song.Discrete Ordinates Interpolation Method for Radiative Heat Transfer Problems in Three-Dimensional Enclosures Filled with Non-Gray or Scattering Medium.J. of Quantitative Spectroscopy and Radiative Transfer,2008,109 (15):2579-2589
38 M.Y. Kim.Assessment of the Axisymmetric Radiative Heat Transfer in a Cylindrical Enclosure with the Finite Volume Method.Int. J. of Heat and Mass Transfer,2008,51 (21-22):5144-5153
39 D.N. Trivic,C.H. Amon.Modeling the 3-D Radiation of Anisotropically Scattering Media by Two Different Numerical Methods.Int. J. of Heat and Mass Transfer,2008,51 (11-12):2711-2732
40 L.M. Ruan,M. Xie,H. Qi,W. An,H.P. Tan.Development of a Finite Element Model for Coupled Radiative and Conductive Heat Transfer in Participating Media.J. of Quantitative Spectroscopy and Radiative Transfer,2006,102 (2):190-202
41 H. Grissa,F. Askri,M. Ben Salah,S. Ben Nasrallah.Three-dimensional Radiative Transfer Modeling Using the Control Volume Finite Element Method.J. of Quantitative Spectroscopy and Radiative Transfer,2007,105 (3):388-404
42刘林华,赵军明,谈和平.辐射传递方程数值模拟的有限元和谱元法.北京:科学出版社,2008
43 H. Sadat.On the Use of a Meshless Method for Solving Radiative Transfer with the Discrete Ordinates Formulations.J. of Quantitative Spectroscopy and Radiative Transfer,2006,101 (2):263-268
44 J.Y. Tan,L.H. Liu,B.X. Li.Least-Squares Radial Point Interpolation Collocation Meshless Method for Radiative Heat Transfer.J. of Heat Transfer– Transactions of the ASME,2007,129 (5):669-673
45 J.M. Zhao,L.H. Liu.Discontinuous Spectral Element Method for Solving Radiative Heat Transfer in Multidimensional Semitransparent Media.J. of Quantitative Spectroscopy and Radiative Transfer,2007,107 (1):1-16
46赵军明.求解辐射传递方程的谱元法.哈尔滨工业大学工学博士学位论文,2007
47 C.R. Guillem.Numerical Methods for Radiative Heat Transfer.Ph.D. thesis,Universitat Politècnica de Catalunya,2006
48 C. D. Micco,C.M. Aldao.On the Net Radiation Method for Heat Transfer.Europe Journal Physcial,2003,24 (1):81-89
49张伟清,宣益民,韩玉阁.单元表面间辐射传递系数的新型计算方法.宇航学报,2005,26 (1):77-80,85
50李鹏,肖泽娟,程惠尔.蒙特卡洛模拟漫辐射时两种确定表面发射方向方法的比较.计算物理,2006,23 (4):457-460
51 M.R. Vujicic,N.P. Lavery,S.G.R. Brown.View Factor Calculation Using the Monte Carlo Method and Numerical Sensitivity.Communications in Numerical Methods in Engineering,2006,22 (3):197-203
52夏新林,余其铮,谈和平.用改进的射线踪迹法分析含漫射表面的半透明体表观光谱发射特性.计算物理,1997,14 (4-5):622-623,621
53刘阳,黄本诚,向艳红,张容.封闭腔内复杂条件对辐射传递系数影响的数学模型与数值模拟.航天器工程,2004,21 (4):21-28
54 X. Cui,B.Q. Li.A Parallel Galerkin Boundary Element Method for Surface Radiation and Mixed Heat Transfer Calculations in Complex 3-D Geometries.Int. J. for Numerical Methods in Engineering,2004,61 (12):2020-2044
55 S. Mazumder.Methods to Accelerate Ray Tracing in the Monte Carlo Method for Surface-to-Surface Radiation Transport.J. of Heat Transfer– Transactions of the ASME,2006,128 (9):945-952
56 S.C. Mishra,A. Shukla,V. Yadav.View Factor Calculation in the 2-D Geometries Using the Collapsed Dimension Method.Int. Communications in Heat and Mass Transfer,2008,35 (5):630-636
57 S. Abishek,K.S. Ramanujam,S.S. Katte.View Factors Between Disk/Rectangle and Rectangle in Parallel and Perpendicular Planes.J. of Thermophysics and Heat Transfer,2007,21 (1):236-239
58 A. Mezrhab,M. Bouzidi.Computation of View Factors for Surfaces of Complex Shape Including Screening Effects and Using a Boundary Element Approximation.Engineering Computations,2005,22 (2):132-148
59韩心志.航天多光谱遥感.北京:宇航出版社,1991:1-21
60 S.M. Pompea.Advances in the Straylight Analysis of Astronomical Telescope Systems.Proceedings of SPIE– Optical Telescopes of Today and Tomorrow,Landskrona,Sweden,May 29 1996,2871:193-195
61 M.A. Goforth.General Algorithm for Stray Light Measurements of Remote Sensing Imagery.Proceedings of SPIE– Optical System Degradation,Contamination,and Stray Light: Effects,Measurements,and Control II,San Diego,CA USA,Aug. 15 2006,6291:62910Y
62 A. W. Greynolds.Stray Light Computations: Has Nothing Changed Since the 1970’s? Proceedings ofSPIE– Optical Modeling and Performance Predictions III,San Diego,CA USA,Aug. 29 2007,6675:66750B
63 S.M.Pompea,R.N. Pfisterer.A Stray Light Analysis of the Apache Point Observatory 3.5-Meter Telescope System.Proceedings of SPIE - Specialized Optical Developments in Astronomy,Waikoloa,HI USA,Aug. 25 2002,4842:128-138
64 J. Lee,J.D. Rogers,C. Liang.Stray Light Analysis for Multi-Modal Miniature Microscope.Proceedings of SPIE - Current Developments in Lens Design and Optical Engineering III,Seattle,WA USA,Jul. 8 2002,4767:53-61
65 B.A. Patterson,M. Wells.Analysis of Scattered Light for VISTA.Proceedings of SPIE - Specialized Optical Developments in Astronomy,Waikoloa,HI USA,Aug. 25 2002,4842:116-127
66 Z.Y Wei,P.A. Lightsey.Stray Light from Galactic Sky and Zodiacal Light for JWST.Proceedings of SPIE - Space Telescopes and Instrumentation I:Optical,Infrared,and Millimeter,Orlando,FL USA,May 24 2006,6265,62653C
67 Y.Q. Zong,S.W. Brown,G. Meister,R.A. Barnes,K.R. Lykke.Characterization and Correction of Stray Light in Optical Instruments.Proceedings of SPIE - Sensors,Systems,and Next-Generation Satellites XI,Sept. 17 2007,6744:67441L
68 S.J. Ham,H. Lee,J.M. Lee,S.W. Kim,T. Richard,M. Lockwood.Stray Light Analysis of SALEX Instrument.Proceedings of SPIE - Optical System Contamination:Effects,Measurements,and Control,San Diego,CA USA,Aug. 13 2008,7069:70690L
69 E. Perinati,T. Mineo,G. Cusumano.Designing an X-ray Baffle for Stray-Light Reduction at the Focal Plane of the Wide Field Imager on Board EDGE.Proceedings of SPIE - Space Telescopes and Instrumentation 2008:Ultraviolet to Gamma Ray,Marseille,France,June 23 2008,7011:701139
70 J.N. Wei,B. Bitlis,A. Bernstein,A. de Silva,P.A. Jansson,J.P. Allebach.Stray Light and Shading Reduction in Digital Photography:A New Model and Algorithm.Proceedings of SPIE,Digital Phtography IV,San Jose,CA USA,Jan. 28 2008,6817:68170H
28 (3):12-15,20
72黄强,钮新华,沈学民.红外光学系统内部热辐射引起的杂散辐射分析.红外技术,2006,28 (6):
348-352
73黄智强,邢廷文.遮光罩和挡光环程序化设计的原理及实现.光电工程,2006,33 (4):119-123
74岑兆丰,李晓彤,朱启华.光学系统杂散光分析.红外与激光工程,2007,36 (3):300-304
75原育凯,李欣耀,裴云天.基于模板的FY-2一级杂散光模拟.光学精密工程,2007,15 (1):45-49
76李婷,杨建峰,阮萍,姜晓军.月基光学天文望远镜(LOT)的杂散光分析.光子学报,2007,36:
136-141
77闫亚东,陈良益,仓玉萍,何俊华.激光靶散射光观测镜杂散光抑制研究.光电工程,2008,35(6):54-58
78余其铮,唐明,谈和平,姜民奇.星载扫描仪遮阳罩的杂光计算.运载火箭与返回技术,1991,12 (2):56-62
79唐明,夏新林,谈和平,余其铮,肖淑琴,彭锦霞,王金堂.多光谱扫描仪的杂光计算.宇航学报,1996,17 (1):87-90
80夏新林,谈和平,唐明,余其铮.空间光学系统中杂散辐射计算的蒙特卡洛方法验证.哈尔滨工业大学学报,1996,28 (1):17-22
81夏新林.空间光学系统的杂散辐射计算与热分析研究.哈尔滨工业大学工学博士学位论文,1997
82王平阳,夏新林,谈和平.用蒙特卡罗法数值模拟CCD相机的杂光.中国空间科学技术,1999,19 (2):60-65
83杜胜华.星敏感器多源杂散光环境分析与抑制结构研究.哈尔滨工业大学工学硕士学位论文,2004
84杜胜华,夏新林,孙创.星载多波段红外光学系统的杂散辐射分析.光子学报,2008,37 (4):763-767
85王志峰.碟式抛物线型太阳能聚焦集热器的热性能分析.在韩国能源研究院的报告,韩国,2001
86 G. Johnston.Focal Region Measurement of the 20m2 tiled dish at the Australian National University.Solar Energy,1998,63 (2):117-124
87 P. Garcia,A. Ferriere,J.J. Bezian.Codes for Solar Flux Calculation Dedicated to Central Receiver System Applications:A Comparative Review.Solar Energy,2008,82 (3):189-197
88 G. Johnston,K. Lovegrove,A. Luzzi.Optical Performance of Spherical Reflecting Elements for Use with Paraboloidal Dish Concentrators.Solar Energy,2003,74 (2):133-140
89 A.G. Imenes,D. Buie,D.R. Mills,P. Schramek,S.G. Bosi.A New Strategy for Improved Spectral Performance in Solar Power Plants.Solar Energy,2006,80 (10):1263-1269
90 O.A. Jaramillo,C.A. Perez-Rabago,C.A. Arancibia-Bulnes,C.A. Estrada.A Flat-Plate Calorimeter for Concentrated Solar Flux Evaluation.Renewable Energy,2008,33 (10):2322-2328
91 A.V. Vardanyan,L.A. Gagiyan.Methods for Calculating the Concentration Fields of Mirror Solar Collectors.Applied Solar Energy,2008,44 (1):35-38
92 R.R. David,S.G. Maecelino,A.E. Claudio.Three-Dimensional Analysis of a Concentrated Solar Flux.J. of Solar Energy Engineering,2008,130 (1):014503-1/4
93李瑞恒,邢玉明,刘伟.空间太阳能热动力发电系统10kW聚能器焦平面热流分布计算.太阳能学报,2005,26 (1):116-120
94杜胜华,夏新林,唐尧.太阳光不平行度对太阳能聚集性能影响的数值研究.太阳能学报,2006,27 (4):388-393
95刘颖.太阳能聚光器聚焦光斑能流密度分布理论与实验研究.哈尔滨工业大学工学博士学位论文,2008
96刘颖,戴景民,郎治国,辛春锁.旋转抛物面聚光器焦面能流分布的有限元分析.光学学报,2007,27 (10):1775-1778
97 A.J. Whang,C.H. Chuang,Y.Y. Chen.Analysis of Light Guiding Property in Light Piped Based Solar Concentrator.Proceeding of SPIE-Integrated Optics:Devices,Materials,and Technologies XII,San Jose,CA USA,Jan. 21 2008,6896:68961A
98 J.H. Vázquez,S.V. Montiel.Design of a Solar Concentrator with Hexagonal Facets.Proceeding of SPIE-Optical Modeling and Measurements for Solar Energy Systems,San Diego,CA USA,Aug. 26 2007,6652:66520E
99 P. Doron,A. Kribus.The Effect of Irradiation Directional Distribution on Absorption in Volumetric Solar Receiver.J. of Solar Energy Engineering,1997,119 (1):68-73
100 T. Taubner,D. Korobkin,Y. Urzhumov,G. Shvets,R. Hillenbrand.Near-Field Microscopy through a SiC Superlens.Science,2006,313 (5793):1595
101 G. Chen.Thermal Phenomena in Optical and Optoelectronic Thin Film Devices.Ph.D. thesis,University of California at Berkeley,1993
102 J.P. Mulet,K. Joulain,R. Carminati,J.J. Greffet.Enhanced Radiative Heat Transfer at Nanometric Distances.Microscale Thermophysical Engineering,2002,6:209-222
103 M. Francoeur,M.P. Mengü?.Role of Fluctuational Electrodynamics in Near-Field Radiative Heat Transfer.J. of Quantitative Spectroscopy and Radiative Transfer,2008,109 (2):280-293
104 J. Le Gall,M. Olivier,J.J. Greffet.Experimental and Theoretical Study of Reflection and Coherent Thermal Emission by a SiC Grating Supporting a Surface-Phonon Polariton.Physical Review B,1997,55 (15):10105-10114
105 W. Muller-Hirsch,A. Kraft,M.T. Hirsch,J. Parisi,A. Kittel.Heat Transfer in Ultrahigh Vacuum Scanning Thermal Microscopy.J. of Vacuum Science & Technology A,1999,17 (4):1205-1210
106 O.J.F. Martin,M. Paulus.Influence of Metal Roughness on the Near-Field Generated by an Aperture/Apertureless Probe.J. of Microscopy,2002,205:147-152
107 A. Kittel,W. Müller-Hirsch,J. Parisi,S.A. Biehs,D. Reddig,M. Holthaus.Near-Field Heat Transfer in a Scanning Thermal Microscope.Phys. Rev. Lett.,2005,95:224301/1-4
108 Y.J. Shen,Z.M. Zhang,B.K. Tsai,D.P. DeWitt.Bidirectional Reflectance Distribution Function of Rough Silicon Wafers.Int. J. of Thermophysics,2001,22 (4):1311-1326
109 Y.B. Chen,Q.Z. Zhu,T.L. Wright,W.P. King,Z.M. Zhang.Bidirectional Reflection Measurements of Periodically Microstructured Silicon Surfaces.Int. J. of Thermophysics,2004,25 (4):1235-1252
110 H.J. Lee,Z.M. Zhang.Measurement and Modeling of the Bidirectional Reflectance of SiO2 Coated Si Surfaces.Int. J. of Thermophysics,2006,27 (3):820-839
111 P.O. Chapuis,J.J. Greffet,S. Volz.Near Field Radiative Heat Transfer Between a Sphere and a Surface.13th International Heat Transfer Conference,Sydney Australia,Aug. 13-18 2006,BegellHouse Inc. Publishers
112 A. Narayanaswamy.Investigation of Nanoscale Thermal Radiation:Theory and Experiments.Ph.D. thesis,Massachusetts Institute of Technology,2007
113 S.M. Rytov,Y.A. Kravtsov,V.I. Tatarskii.Principles of statistical radiophysics 3.Moscow:Springer-Verlag,1989
114 J.J. Loomis,H.J. Maris.Theory of Heat Transfer by Evanescent Electromagnetic Waves.Physical Review B,1994,50 (24):517-524
115 R.L. Chang,W.S. Fann,S.H. Lin.Resonance Fluorescence of a Single Molecule under Near Field Excitation.Appl. Phys. Lett.,1996,69 (16):2338-2340
116 J.B. Pendry.Radiative Exchange of Heat Between Nanostructures.J. of Physics:Condensed Matter,1999,11 (35):6621-6633
117 J.L. Pan,H.K.H. Choy,C.G. Fonstad Jr.Very Large Radiative Transfer over Small Distances from a Black Body for Thermophotovoltaic Applications.IEEE Transactions on Electron Devices,2000,47 (1):241-249
118 A.I. Volokitin,B.N.J. Persson.Radiative Heat Transfer between Nanostructures.Physical Review B,2001,63:205404/1-11
119 M.M.D. Whale,E.G. Cravalho.Modeling and Performance of Microscale Thermophotovoltaic Energy Conversion Devices.IEEE Transactions on Energy Conversion,2002,17 (1):130-142
120 A.J. Heltzel,S. Theppakuttai,J.R. Howell,S.C. Chen.Analytical and Experimental Investigation of Laser-Microsphere Interaction for Nanoscale Surface Modification.J. of Heat Transfer– Transactions of the ASME,2005,127 (11):1231-1235
121 G. Videen,M.M. Aslan,M.P. Mengü?.Characterization of Metallic Nano-Particles via Surface Wave Scattering:A. Theoretical Framework and Formulation.J. of Quantitative Spectroscopy and Radiative Transfer,2005,93 (1-3):195-206
122 A. Kittel,W. Müller-Hirsch,J. Parisi,S.A. Biehs,D. Reddig,M. Holthaus.Near-Field Heat Transfer in a Scanning Thermal Microscope.Physical Review Letters,2005,95:224301/1-4
123 R.L. Chen.Radiative Heat Transfer Between Two Closely-Spaced Plates.43rd AIAA Aerospace Sciences Meeting and Exhibit,Reno,Nevada,Jan. 10-13 2005,AIAA 2005-960
124 M.H. Han,X.G. Liang,Y. Huang.Thermal Radiation Characteristics of Plane-Parallel SiC Wafer.Chinese Science Bulletin,2005,50 (4):295-298
125 G. Bimonte.A Theory of Electromagnetic Fluctuations for Metallic Surfaces and van der Waals Interactions Between Metallic Bodies.Physical Review Letters,2006,96:160401/1-4
126 M. Laroche,R. Carminati,J.J. Greffet.Near-Field Thermophotovoltaic Energy Conversion.J. of Applied Physics,2006,100:063704/1-10
127 S. Lefèvre,S. Volz,P.O. Chapuis.Nanoscale Heat Transfer at Contact Between a Hot Tip and a
162 S.S. Dua,P. Cheng.Multi-Dimensional Radiative Heat Transfer in Non-Isothermal Cylindrical Media with Non-Isothermal Bounding Walls.Int. J. of Heat and Mass Transfer,1975,18:245-259
163 M.Y. Kim,S.W. Baek.Modeling of Radiative Heat Transfer in an Axisymmetric Cylindrical Enclosure with Participating Medium.J. of Quantitative Spectroscopy and Radiative Transfer,2005,90 (3-4):377-388
164 F.H. Azad,M.F. Modest.Evaluation of the Radiative Heat Flux in Absorbing, Emitting and Linear-Anisotropically Scattering Cylindrical Media.J. of Heat Transfer,1981,103:350-356
165 H.F. Nelson.Backward Monte Carlo Modeling for Rocket Plume Base Heating.J. of Thermophysics and Heat Transfer,1992,6 (3):556-558
166 S.W. Baek,M.Y. Kim.Analysis of Radiative Heating of a Rocket Plume Base with the Finite-Volume Method.Int. J. of Heat Mass Transfer,1997,40 (7):1501-1508
167 Y. Shuai,S.K. Dong,H.P. Tan.Simulation of the Infrared Radiation Characteristics of High Temperature Exhaust Plume Including Particles Using the Backward Monte Carlo Method.J. of Quantitative Spectroscopy and Radiative Transfer,2005,95 (2):231-240
168 M. Born,E. Wolf著.杨葭荪译.光学原理.第七版.北京:电子工业出版社,2006
169 E. Schneider.Thermal Design of Retro-Reflective Stray Light Fore-Baffles for Space-Borne Optical Systems.Proceeding of SPIE-Optomechanical Engineering 2000,Boston,MA USA,Nov. 7 2000,4198:82-95
170 S.M. Jeter.The Distribution of Concentrated Solar Radiation in Paraboloidal Collectors.J. of Solar Energy Engineering,1986,108:219-225
171 M. Minnaert.The Photosphere.G.P. Kuiper, Ed., Chincagao:University of Chincago Press,1962
172 G. Johnston.On the Analysis of Surface Error Distributions on Concentrated Solar Collectors.J. of Solar Energy Engineering,1995,117 (4):294-296
173 D. Buie,A.G. Monger.The Effect of Circumsolar Radiation on a Solar Concentrating System.Solar Energy,2004,76 (1-3):181-185
174陈世平.空间相机设计与试验.北京:宇航出版社,2003
175肖泽娟,程惠尔,李鹏.在轨发动机羽流污染导致太阳帆板电功率损失计算模型.热科学与技术,2005,4(1):10-13
176 S. Bau,Y.B. Chen,Z.M. Zhang.Microscale Radiation in Thermophotovolatic Devices- A Review.International Journal of Energy Research,2007,31(6-7):689-716
177厉以宇.多维结构薄膜光子器件的研究.浙江大学工学博士学位论文,2008
178曹祥玉,高军,曾越胜,杨芳.电磁场与电磁波.西安:西安电子科技大学出版社,2007
179许福永,赵克玉.电磁场与电磁波.北京:科学出版社,2007
180 K.S. Yee.Numerical Solution of Initial Boundary Value Problems Involving Maxwell Equations inIsotropic Media.IEEE Transaction on Antennas and Propagation.May 1966,AP-14(3):302-307
181葛德彪,闫玉波.电磁波时域有限差分方法.第二版.西安电子科技大学出版社,2006
182 J.P. Berenger.A Perfectly Matched Layer for the Absorption of Electromagnetic Waves.J. of Computational Physics.1994,114(2):185-200
183 B.T. Draine.The Discrete-Dipole Approximation and Its Application to Interstellar Graphite Grains.The Astrophysical Journal,1988,333:848-872
184 J.D. Jackson.Classical Electrodynamics.2nd Ed.,New York:Wiley Press,1975
185谢鸣.表面红外散射与辐射出射特性研究.哈尔滨工业大学工学博士学位论文,2006
186齐超,李文娟,戴景民.红外双向反射率测量应用及研究进展.激光与红外.2005,35(6):391-393
187刘子龙,王煜,李平.双向反射分布函数(BRDF)及其测量.中国计量,2008,(3):68-69
A1葛绍岩,那鸿悦.热辐射性质及其测量,北京:科学出版社,1989.pp. 96～498
© 2004-2018 中国地质图书馆版权所有 京ICP备05064691号 京公网安备11010802017129号 地址：北京市海淀区学院路29号 邮编：100083 电话：办公室：(+86 10)66554848；文献借阅、咨询服务、科技查新：66554700 |