Abstract
The following report summarizes the actual knowledge concerning aspects of solar energy, that had been specified in the convocation.
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Literature
Annual evaluation report SERI, several authors, SERI/PR - 253–2188 (1984)
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Al-Ag alloy films for solar reflectors, Adams, R.O., Nordin, C.W., Thin Solid Films 72 (1980)
Characterization of heliostat corrosion, Shelby, J.E., Vitko, J., Farrow, R.L., Solar Energy Materials 3 (1980)
Chemical vapour deposition and thermal energy conversion, Haygarth, J.C., Thin Solid Films 72 (1980)
Co-sputtering of aluminium-silver alloy mirrors for use as solar-reflectors, Adams, R.O., Nordin, C.W., Fraikor, F.J., Thin Solid Films 63 (1979)
Deterioration of the silver/glass interface in second surface solar mirrors, Burolla, V.P., Solar Energy Materials 3 (1980)
Durability of silver-glass mirrors in moist acid vapors, Coyle, R.T., Barrett, J.M., Call, P.J. Solar Energy Materials 6 (1982)
Effect of annealing on the reflectivity of silver films, Vijayakumar, K.P., Purushotaman, C., Thin Solid Films 82 (1981)
Optical properties of disordered rare earth-aluminum alloys Trotter, D.M., Solar Energy Materials 3 (1980)
Optical thin films produced by nonvacuum techniques, Haisma, J., Applied Optics Vol.24 No. 16 (1985)
Optimization of transparent heat mirrors based on a thin silver film between antireflection films, Köstlin, H., Frank, G., Thin Solid Films 89 (1982)
Physical and chemical aspects in the application of thin films on optical elements, Guenther, K.N., Balzers-Bericht, Liechtenstein, sonst keine Quellenangabe möglich! (ca. 1983)
Plasma-polymerized organosilanes as protective coatings for solar front-surface mirrors, Bieg, K.W., Wischmann, K.B., Solar Energy Materials 3 (1980)
Polymer glazings for silver mirrors, Neidlinger, H.H., Schissel, P., SPIE Vol. 562 (1985)
Progressive changes in microstructure and composition during degradation of solar mirrors, Daniel, J.L., Coleman, J.E., Solar Energy Materials 3 (1980)
Properties of optical film materials, Ritter, E., Applied Optics Vol. 20 No. 1 (1981)
Protective coatings for silvered reflectors for solar application, Wong, S.M., Goggin, R., Call, P.J., Thin Solid Films 83 (1981)
Protective dielectric coatings produced by ion-assisted deposition, Sainty, W.G., Netterfield, R.P., Martin, P.J., Applied Optics Vol. 23 No. 7 (1984)
Reflectance and aging studies of heliostat mirrors, Taketani, H., Solar Energy Materials 3 (1980)
Reflectivity of silver-and aluminum-based alloys for solar reflectors, Hummel, R.E., Solar Energy Vol. 27 No. 6 (1981)
Scattering defects in silver mirror coatings, Pellicori, S.F., Applied Optics Vol. 19 No. 18 (1980)
Silicone resins for protection of first surface reflectors, Dennis, W.E., McGee, J.B., Solar Energy Materials 3 (1980)
Thin film deposition using Sol-Gel technology, Puyane, R., Gonzales-Oliver, C.J.R., Battelle, Geneva Research Centres (1981)
Thin film solar reflectors, Griffin, R.N., Solar Energy Materials 3 (1980)
Thin oxid films on glass substrates by a Sol-Gel technique Puyane, R., Kato, I., Battelle, Geneva Research Centres (1982)
Use of Sol-Gel thin films in solar energy applications, Pettit, R.B., Brinker, C.J., SPIE Vol. 562 (1985)
Zinc oxide multilayers for solar collector coatings, Brett, M.J., Parsons, R.R., Baltes, H.P., Applied Optics Vol. 25 No. 16 (1986)
Literaturstudie zum Thema: Staub auf Spiegeln,Teil A u. E FH-Wedel, Bericht 7/85 Susemihl, J., Lensch, G., Brudi, K., Lippert, P., (1985) Fresnellenses and holographic concentrators
A fixed Fresnel-lens with. tracking collector, Kritchman, E.M., Friesem, A.A., Yekutieli, G., Solar Energy Vol. 27 (1981)
Color-corrected Fresnel lens for solar concentration, Kritchman, E.M., Optics Letters Vol. 5 No. 1 (1980)
Comparison of Fresnel lens and parabolic mirrors as solar energy concentrators, Lorenzo,E., Luque,A., Applied Optics Vol.21 No.10 (1982)
Convex Fresnel-lens with larges grooves, Kritchman, E.M., Friesem, A.A., Yekutieli, G., Solar Energy Vol. 27 (1981)
Design of one-axis tracked linear Fresnel-lenses, Lorenzo, E., Minano, J.C., Solar Energy Vol. 36 (1986)
Development of a stand-alone linear Fresnel lens photovoltaic collector array, McDanal, A.J., Sandia Report Sand 84–055G p. 117 ff (1984)
Development of high efficiency holographic solar concentrator, Windeln, W., Stojanoff, C.G., SPIE Vol. 562 (1985)
Fresnel lens analysis for solar energy applications, Lorenzo, E., Luque, A., Applied Optics Vol. 20 No. 17 (1981)
High temperature solar collector with optimal concentration: non fucussing Fresnel lens with secondary concentrator, Collares-Pereira, M., Solar Energy Vol. 23 No. 5 (1979)
Holographic mirrors, Margarinos, J.R., Coleman, D.J., Optical Engineering Vol. 24 No. 5 (1985)
Holographic solar concentrators, A critical review, Ebbeni, J.P., SPIE Vol. 562 (1985)
Image collapsing concentrators, Sletten, C.J., DOE/CS/34163–2 (1980)
Linear Fresnel lenses for solar technology made of glass, Jirka, V1., Maly, M., Nabelek, B., Triska, A., SPIE Vol. 502 (1984)
Linear Fresnel lens with polar tracking, Kritchman, E.M., Applied Optics Vol. 20 no. 7 (1981)
Solar control tunable Lippmann holowindows, Jannson, J., Jannson, T., Yu, K.H., SPIE Vol. 562 (1985)
Some advanced testing techniques for concentrator photovoltaic cells and lenses, Wiczer, J.J., Chaffin, R.J., Hibray, R.E., SAND-82–2218C (1982)
Testing of a prototype Fresnel-lens concentrator for thermal application, Lewandowski, A., Solar Engineering Vol. 5 (1984)
Analytical modeling and structural response of a streched-membran reflective module, Murphy, L.M., Sallis, D.V., SERI/TR-253–2101 (1984)
Derformation of polyester membranes with application to solar collectors, Authier B., Hill, L., Solar Energy Vol. 35 (1985)
Energy conversion system, Murphy, L.M., US-patent 6–776731 (1985)
Exposure testing of solar collector plastic films, Berry, M., Dursch, M., Solar Energy Materials 3 (1980)
Low-cost membrane solar concentrator demonstration, Jones, W.B., Clark, T., Wright, W., Solar Engineering Vol.8 (1986)
Low-cost mirror concentrator based on inflated, double-walled, metallized, tubular films, Schwendeman, J.L., Ball, G.L., Leffingwell, J.W., McClung, C.E., Monsanto Reasearch Corp. TR/MRC-DA-944 (1981)
Membrane heliostat research, Murphy, L.M., SANDIA-85–8202 (1985)
Optical evaluation of cylindrical elastical concentrators McCormick, P.G., Solar Energy Vol. 26 (1981)
Polymer reflectors research during FY 1985, Schissel, P., SERI/PR-255–2835 (Forthcoming)
Single, stretched membrane, structural modules experiments Wood, R.L., SERI/TR-255–2736 (1986)
Solarkraftwerk mit einem Membranhohlspiegel 50 kW, Solar power-plant with a membrane concave mirror 50 kW, Benz, Bergermann, R., Schlaich und Partner Forschungsbericht 1986 (1986)
Specularity and stability of silvered polymers, Czandera, A.W., Schissel, P., SPIE Vol. 562 (1985)
Specular reflectance properties of silvered polymer materials, Susemihl, I., Schissel, P., SPIE Vol. 692 (1986)
Stretched membrane heliostat research, Murphy, L.M., SERI/CP-251–2680 (1985)
Stretched membrane heliostats, N.N., Solar thermal technology, Annual evaluation report FY 1983 p. 73 ff (1984)
System performance analysis of stretched membrane heliostats, Anderson, J.V., Murphy, L.M., Short, W., Wendelin, T., Solar Engineering Vol. 8 (1986)
System performance and cost sensitivity comparison of stretched membrane heliostat reflectors with current generation glass/metal concepts,Murphy, L.M., SERI/TR-253–2694 (1985)
Tensioning device for a stretched membrane collectur, Murphy, L.M., US Patent PAT-APPL-440205 (1982)
Technical and cost benefits of leigtweight, stretched-membrane heliostats, Murphy, L.M., SERI/TR-253–1818 (1983)
Technical and cost potential for leightweight, stretched membrane heliostat technology, Murphy, L.M., Yogi Goswami, D., Solar Engineering (1984)
The use of thin glass reflectors for solar concentrators, Marion, R.H., Solar Energy Materials 3 (1980)
Variational approach for predicting the load deformation response of a double stretched membrane reflector module, Murphy, l.M., SERI/TR-253–2626 (1985) Concentrator structures
A mini-size low cost heliostat system, Gerwin, H.L., Solar Energy Vol. 36 No. 1 (1986)
Analysis of static and quasi-static cross compound parabolic concentrators, Molledo, A.G., Luque, A., Applied Optics Vol. 3 (1984)
Asymmetric second stage concentrators, Kritchman, E.M., Applied optics 21 (1982)
Characteristics of the concentrated solar flux produced by the FMSC prototype, Harmon, S.Y., Backus, C.E., Pinon, R., Sharing the sun: solar technology in the seventies, Vol. 2 (1976)
Comment - the CPC concept - theory and practice, Tabor, H., Solar Energy 33 (1984)
Comparison of elliptical and parabolic non-imaging concentrators, Gurnee, E.F., Solar Energy 19 (1977)
Comparison of solar concentrators, Rabl, A., Solar Energy 18 (1976)
Compound trapezoidal collector (an optimized stationary concentrator), Villanueva, J., Truong, H.V., conference report of the “American section of the international solar energy society”, Vol.1 (1977)
Cylindrical concentrators as a limit case of toroidal concentrators, Minano, J.C., Applied Optics Vol. 23, No. 12 (1984)
Cylindrical parabolic solar mirrors, Niyatani, K., Minematsu, K., Sato, I., Applied Optics Vol. 21 No. 24 (1982)
Deployment of a secondary concentrator to increase the intercept factor of a dish with large slope errors, Ortabasi, U., Gray, E., 0-Gallagher, J., Bericht der Queensland University N-84–28252 (1984)
Design and predicted performance of Scientific-Atlanta’s fixed faceted mirror concentrator, Shelton, S.V., Blackshaw, A., Hutchins, S.F., Solar concentrating collectors (1977)
Design, construction and testing of a fixed mirror solar concentrator field, Schuster, J.R., Russel, J.L., Eggers, G.H., Proceeding, Intersoc. Energy Convers. Eng. Conference Vol. 2 (1978)
Design of nonimaging concentrators as second stages in tandem with image-forming first-stage concentrators, Winston, R., Welford, W.T., Applied Optics Vol. 19 No.3 (1980)
Design of two Receivers adapted to a fixed spherical solar collector, Authier, B., Pouliquen, D., Solar Engineering 4 (1981)
Design, performance investigation and delivery of a miniaturized Cassegrainian concentrator solar array, Patterson, R.E., NASA-CR-178571 (1985)
Development of compound parabolic concentrators for solar energy, 0“Gallagher, J., Winston, R., Int. J. Ambient Energy Vol.4 (1983)
Development of compound parabolic concentrators for solar thermal applications Allen, J., Levitz, N., Rabl, A., Reed, K., Schertz, W., Winston, R., American Society of Mechanical Engineering (1976)
Directional intercept factor of truncated CPC’s, Minano, J.C., Applied Optics Vol. 22 No. 17 (1983)
Effect of diffuse radiation on a compound parabolic concentrator, Yin, B.T., Bericht der “University of Singapore” (1979)
Effect of restricting the exit angle on the limit of concentration for cylindrical concentrators, Minano, J.C., Applied optics 23 (1984)
Fundamentals and techniques of nonimaging optics for solar enrgy concentration, Winston, R., Report of the “University of Chicago” (1980)
High temperature solar collector of optimal concentration: non-focusing lens with secondary concentrator, Collares-Pereira, M., 0-Gallagher, J., Rabl, A., Winston, R., Egger, J., Williams, K., Sun: mankinds future source of energy Vol. 2
Generalized conic concentrators, Eichhorn, W.L., Applied Optics Vol. 21, No. 21 (1982)
Geometric characteristics of ideal nonimaging (CPC) solar collectors with cylindrical absorber, Baum, H.P., Gordon, J.M., Solar Energy Vol. 33 (1984)
High concentration solar collector of the stepped spherical type: optical design characteristics, Authier, B., Hill, L., Applied Optics Vol. 19, No. 20 (1980)
High temperature solar concentrator design, Wientzen, R., Davis, W.J., Forky, R.E., Proc. Soc. of Photo-Opt. Instru. and Engineering Vol. 237 (1980)
Ideal second stages in tandem with parabolic concentrators, Kritchman, M.E., Applied optics 21 (1982)
Ideal second stages in tandem with spherical mirrors, Kritchman, E.M., Solar Energy Vol. 30 (1983)
Innovative solar thermal dish technology development, Schwinkendorf, W.E., SAND-84–7011 (1984)
Intensity distribution in cylindrical-circular receivers for nonperfect cylindrical-parabolic concentrators, Nicolas, R.O., Applied Optics Vol. 24, No. 16 (1985)
Limit of concentration for cylindrical concentrators under extended light sources, Minano, J.C., Luque, A., Applied Optics Vol.22, No.1G (1983)
Maximally concentrating collectors for solar energy applications, Guay, E.J., Solar Energy 24 (1980)
Minimum-mirror-area single-stage solar concentrators Mills, D., Harting, E., Giutronich, J.E., Cellich, Morton, A., Walker, I., Optical Society of America (1530)
New concentrators for the generation of very high temperatures from solar energy, Winston, R., 0-Gallagher, J.D., DOE Final technical report Grant No. DE FG02–79ET-00089 (1983)
New family of 2-D nonimagino concentrators: the compound triangular concentrators, Minano, J.C., Applied optics 24 (1985)
Non-focussing solar concentrators of easy manufacture, Shapiro, M.I.1., Solar Energy Vol. 19 No. 2 (1977)
Nonimaging secondary concentrators, Winston, R., 0-Gallagher, J., Jet Propulsion Lab. JPL-PUB-83–2 (1983)
Nonimaging second-stage elements: a brief comparison, Kritchman, E.M., Applied Optics 20 (1981)
Operating experience with the General Atomic fixed mirror solar concentrator, Schuster, J.F., Eggers, G.H., Russell, J.L., Solar diversification Vol. 2.1 (1978)
Optical analysis of Cassegrainian concentrator systems, Bass, A.H. Jr., Schrenk, G.L., Poon, P.T.Y., Higgins, S.N., SUN II, Conference report COP:F-790541-Vol.2 (1979)
Optical analysis of paraboloidal concentrators, McDanal, A.J., SUN II, Conference report CONF-790541Vol.2 (1979)
Optical and thermal analysis of concentrators, Rabl, A., SERI/TR-34–048 (1978)
Optical and thermal design considerations for ideal light collectors, Goodman, N.B., Rabl, A., Winston, R., Conference report “Sharing the sun” Vol. 2 CONF-760842-P2 (1975)
Optical and thermal properties of compound parabolic concentrators, Rabl, A., Solar energy 18 (1876)
Optical properties of compound circular arc concentrators Jones, R.E., Anderson, G.C., Solar Energy 21 (1C78)
Optical properties of compound elastical concentrators, McCormick, P.G., Solar Energy Vol.30 No.6 (1083)
Optics of nonimaging concentrators. Light and solar energy Welford, W.T., Winston, R. Book, Academic Press Incorporated, NY, (1978)
Optimization of dish solar collectors, Jaffe, L.D., Journal of Energy Vol.7 No.6 (1983)
Optimisazation of dish solar collectors with and without secondary concentrators, Jaffe, L.D., JPL-PUB-82–103 (1982)
Optimized second stage concentrator, Kritchman, E., Applied optics 20 (1981)
Planar-sectioned solar concentrators. 1.: Polygon reflectors Hamadto, S.A., Applied Optics Vol.23, No.8 (1984)
Point focus dishes with relaxed otipcal tolerances u>!tilizing non-imaging secondary concentrations
Preliminary testing of a scale model secondary concentrator for the Sandia Solar Thermal Test Facility, Mulholland, G.P., Matthews, L.K., Conference report Nr. CONF- 790445 (1979)
Principles of fixed mirror solar concentrator, Russel, J.L., Optics in solar energy utilization II (1977)
Rapid test bed concentrator (TBC) alignment techniques, Argoud, M.J., TR/Jet Propulsion Lab. N-84–28256 (1984)
Secondary and compound concentrators for parabolic-dish solar-thermal power systems, Jaffe, L.D., Poon, P.T., Jet Propulsion Lab. JPL-PUBL8127 (1981)
Secondary concentration in central receivers. Application to the volumetric receiver, Blanco, M., Carmona, R., Martin, J.G., Institute of renewable energies- JEU, Madrid, Spain (1986)
Terminal concentrators (An analytical examination) Sizurann, R., theoretical survey (1984)
Testing the figure of parabolic reflectors for solar concentrators, Bodenheimer, J.S., Eisenberg, t2.P., Gur, J., Applied Optics Vol.21, No.24 (1902)
Tower reflector for solar power plant (technical note) Rabl, A., Solar energy 18 (1976)
Truncated compound parabolic concentrator analysis, Almonacid, G., et ai, ISELECOt. “85, Vol.IV, Elsevier, Holland (1985)
Truncation of CPC solar collectors and its effect on energy collection, Carvalho, N.J., Collares-Pereira, M., Gordon, J.fi., Rabl, A., Solar Energy 35 (1985)
Adhesion and hardness of ion-plated TiC and TiN coatings, Hummer, E., Perry, A.J., Thin Solid Films 101 (1983)
Characterization of titan nitride films deposited onto silicon, Armigliato, A., Celotti, G., Garulli, A., Guerri, S., Ostoja, P., Rosa, ß., Martinelli, G., Thin Solid Films 92 (1982)
Comparison of the properties of ion-plated TiC films prepared by different activation methods, Fukutomi, M., Fujitsuka, M., Okada, Ft., Thin Solid Films 120, (1984) A comparative study was made of titanium carbide films ion plated onto molybdenum by d.c. and r.f. discharge methods, from the point of view of the characteristics of the discharge and the quality of deposits made by each technique. A very:high specimen current was achieved in the d.c. discharge method. Stoichiometric TiC deposits were easily obtained in a wide range of the pressure ratio of C2 H2 gas to titanium vapour. In contrast, careful optimization of the deposition conditions was needed in the r.f. discharge method for controlling the stoichiomety of the deposits. Titanium carbide coatings deposited onto molybdenum by the d.c. discharge method showed excellent thermal stability compared with those prepared by the r.f. discharge method. These results indicate the strong influence of the ionization efficiency of the properties of ion-plated titanium carbide deposits.
Composition, optical properties and degradation modes of Cu (Graded metal-carbon) solar selective surfaces, Craig, S., Harding, G.L., Thin Solid Films 101 (1983)
Contact resistiveties of sputtered TiN and Ti-TiN metallisations on solar-cell-Type silicon, Mäenpää, M., Nicolet, M.A., Suni, I. Solar energy 27 (1981)
Corrosion behaviour and protective quality of TiN coatings,Mätylä, T.A., Helevirta, P.J., Lepistö, T.T., Siitonen, P.T., Thin Solid Films 126 (1985)
Dekorative Beschichtungen von keramischen Erzeugnissen auf der Basis von gold-und platinfarbenen Titannitridschichten im Hochvakuum, Junghans, W., Milberg, R., Liebmann, H., Schmidt, H-J., Silikattechnik 33 (1982) Heft 12
Deposition of hard wear-resistant coatings by reactive d.c. plasmatron sputtering, Schiller, S., Heisig, U., Beister, G., Steinfeldar, C., Strämpfel, J., Korndörfer, Chr., Sieber, W., Thin Solid Films 118 (1984)
Doped TiO for solar energy applications, Wong, W.K., Malati, M.A., Solar energy 36 (198S)
Effects of substrate temperature and substrate materials on the structure of reactively sputtered TiN films, Hibbs, M.K., Johansson, B.O., Sundgren, J.-E., Helmersson, U., Thin Solid Films 122 (1984)
Effects of the experimental conditions of chemical vapour depositions on a TiC/TiN double-layer coating, Kim, M.S., Chun, J.S., Thin Solid Films 107 (1983)
Fabrication and testing of trilayers with a high deposition rate plasma-polymerized spacer, Mazzeo, N.J., Ahn, K.Y., Jipson, V.B., Lynt, H.N., Thin Solid Films 108 (1983)
Influence of the growth conditions on the optical properties of thin gold films, Parmigiani, F., Scagliotti, M., Samoggia, ff, Ferraris, C.P., Thin Solid Films 125 (1985)
Influence of the nitrogen partial pressure on the properties of d.c. sputterd Ti and TiN-films, Lemperiere, G., Poitevin, J.M., Thin Solid Films 111 (1984)
Investigation of TiN films reactively sputtered using a sputter gun, Ahn, K.Y., Nittmer, M., Ting, C.Y., Thin Solid Films 107 (1983)
Material selection for hard coatings, Holleck, H., Int. conf. on metallurgical coatings, San Diego (1996)
Materials for solar-transmitting heat-reflecting coatings, Karlsson, B., Valkoen, E., Karlsson, T., Ribbing, C.G., Thin Solid Films 90 (1982)
Materials for solar-transmitting heat-reflecting coatings, Karlsson, B., Valkonen, E., Karlsson, T., Ribbing, C.-G., Thin Solid Films 86 (1981)
Mechanical properties of sputtered TiN coatings, Milic, M., Milosavljevic, M., Bibic, N., Nenadovic, T., Thin Solid Films 126 (1985)
Mechanisms of reactive sputtering of titaniumnitride and titaniumcarbide, Influence of process parameters on filmcomposition, Sundgren, J.-E., Johannson, 3.0., Karlsson 5.-E., Thin Solid Films 105 (1983)
Mechanisms of reactive sputtering of titaniumnitride and titaniumcarbide, Morphology and structure, Sundgren, J.-E., Johansson, S.-O., Karlsson, S.-E., Hentzell, H.T.G., ebenda
Mechanisms of reactive sputtering of titaniumnitride and titaniumcarbide, Influence of substrate bias on composition and structure, Sundgren, J.-E., Johansson, B.-O., Hentzell, H.T.G. Karlsruhe, S.-E., ebenda
Mechanisms of the bias sputtering of titanium in an Ar-N2 mixture, Poitevin, j.M., Lemperiere, G., Thin Solid Films 120 (1984)
Microstructure and hardness Ti(C,N) coatings on steel prepared by the activated reactive evaporation technique, Jacobson, B.E., Deshpandey, C.V., Doerr, H.J., Karim, A.A., Bunshah, R.F., Thin Solid Films 118 (1984)
Microstructure and mechanical properties of TiC-Al203 coatings, Budhani, R.C., Memarian, H., Doerr, H.J., Deshpandey, C.V., Bunshah, R.F. Thin Solid Films 116 (1984)
Moderne Oberflächen-and Dünnschichtentechnologien, Verfahren and Anwendungen, Münz, W.D., VDI-Tagung 22. April 1986 (1986)
Morphology and properties of sputtered TiN layers as a functuion of substrate temperature and sputtering pressure, KopRcz, U., Jehn, A., Thin Solid Films 126 (1985)
Morphology and structure of ion-plated TiN, TiC and Ti (C,N) coating, Gabriel, H.M., Kloss, K.H., Thin Solid Films 118 (1984)
Nobel-metal-based transparent infrared-reflectors: Preparation and analysis of thin gold films, Smith, G.B., Niklasson, G.A., Svensson, J.S.E.M., Granqvist, C.G., SPIE Vol. 562 (1985)
Optical and electrical properties of reactively d.c. magnetron-sputtered In203: Sn films, Theuwissen, A.J.P., Declerck, G.J., Thin Solid Films 121 (1984)
Optical Properties of CVD-Coated TiN, ZrN and HfN, Karlsson, B., Shimhock, R.P., Seraphin, B.O., Haygarth, J.C., Physica Scripta Vol. 25 (1982)
Optical Properties of CVD-Coated TiN, ZrN and CEN, Karlsson, B., Shimshock, R.P., Seraphin, B.O., Haygath, J.C., Solar Energy Materials 7 (1983)
Optical properties of Si02-Tî02-composite films, Demiryont, H., Applied Optics Vol. 24, No. 16 (1985)
Optical properties of transparent heat mirrors based on thin films of TiN, ZrN, HfN, Karlsson, B., Ribbing, C.G., SPIE Vol. 324 (1982)
Optical scattering and absorption losses at interfaces and in thin films, Bennett, J.M., Thin Solid Films 123 (1985)
Optimized transparent and heat reflecting oxide and nitride films, Howson, R.P., Ridge, M.I., Suzuki, K., SPIE Vol. 324 (1982)
Oxidation kinetics of ZrN thin films, Krusin-Elbaum, L., Wittmer, M., Thin Solid Films 107 (19“zs3)
Photoelectrochemical properties of plasma-deposited TiOZ thin films, Williams, L.M., Hess, D.H., Thin Solid Films 115 (1984)
Preparation and characterization of carbon and titanium carbide coatings, Dua, A.K., George, V.C., Agarwala, r.P., Krishnan, R., Thin Solid Films 121 (1984)
Preparation, characterization and stablility tests of selectively absorbing oxides on stainless steel, Karlsson, R., Valkonen, E., Solar Energy Vol. 34 No.4/5 (1985)
Problems in the physical vapour deposition of titaniumnitride (TiN), Matthews, W., Lefkow, A.R., Thin Solid Films 126 (1985)
Properties of TiNx films reactively sputtered in an argon nitrogen atmosphere, Posadowski, W., Krol-Stepniewska, L., Ziolowski, Z., Thin Solid Films 62 (1979)
Properties, applications and manufacture of wearresistant hard material coating for tools, Schintlmeister, W., Wallgram, W., Kanz, J., Thin Solid Films 107 (1983)
r.f. reactively sputtered TiN: characterization and adhesion to materials of technical interest, Bucher, J.P., Ackermann, K.P., Buschor, F.W., Thin Solid Films 122 (1984)
Reactive sputtering of titanium and properties of titanium suboxide films for photochemical applications, Soliman, A.A., Thin Solid Films 100 (1983)
Reactive sputtering of nitrides and carbides, Münz, W.D., Special Application 11-S07.2, LeyboldHeraeus (1995)
Reflectivity of ScNx thin films: Comparsion with TiNx, TiNxCy and ZrNx coatings and application to the photothermal conversion of solar energy, Francois, J.C., Chassaing, G., Pierrisnard, R., Bonnot, A.M., Thin Solid Filos 127 (1985)
Residual compressive stress in sputter-deposited TiC films on steel substrates, Panm, A., Greene, J.E., Thin Solid Films 78 (1981)
Sachverzeichnis: Silikattechnik (’82)
Scratch adhesion testing of hardcoatings, Perry, A.J., Thin Solid Films 107 (1983)
Selective transmission of thin TiN-films, Valkonen, E., Karlsson, T., Karlsson, B., Johansson, B.O., Thin Film Technolgies, Proc. Soc. Photo-Opt. Instrum. Eng. (401) (1983)
Solar selective titanium oxinitride films prepared by reactive sputtering, Vogelzang, E., Sikkens, M., SPIE Vol. 502 (1984)
Sputtered In203: Sn films: Preparation and optical properties, Jiang, S.-J., Granqvist, C.G., SPIE Vol. 562 (1985)
Sputtering system for multicharacteristic solar window films, Heckel, B.B., Thin Solid Films 108 (1983)
Structure and properties of TiN coatings, Sundgren, J.-E., Thin Solid Films 128 (1985)
The adhesion between physically vapour-deposited or chemically-vd alumina and TiC coated cemented carbides as characterized by auger electron spectroscopy and scretch testing, Lhermitte-Serbire, I., Colmet, R., Naslain, R., Desmaison, J., Gladel, G., Thin Solid Films 138 (1986)
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Grychta, A., Kaufmann, J., Lippert, P., Lensch, G. (1987). Literature Survay in the Field of Primary and Secondary Concentrating Solar Energy Systems Concerning the Choice and Manufacturing Process of Suitable Materials. In: Becker, M. (eds) Solar Thermal Energy Utilization. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-662-01626-8_2
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