Various aspects of a sensitivity analysis, in particular, the impact of variations in metal sheet resistivity, metal line width, diffused layer sheet resistance, junction depth, base layer lifetime, optical coating thickness and optical coating refractive index and on process reproducibility for A's diffusion from a polymer dopant source and on module fabrication were studied. Model calculations show that acceptable process windows exist for each of these parameters
Three areas of research in the development of flat solar panels are described. (1) A reflectometer w...
The performance of two critical technology components required for a continuously rotatable heat pip...
The design of a high efficiency, long life terrestrial module was completed. It utilized 256 rectang...
Purity requirements for solar cell grade silicon material was developed and defined by evaluating th...
Subsequent to the design review, a series of tests was conducted on simulated modules to demonstrate...
Progress from October 1, 1977, through December 31, 1977, is reported in the design of the 50 MT/yea...
Dichlorosilane (SiH2Cl2) was used as the silicon source material in all of the epitaxial growths. Bo...
Mariner Venus 67 power subsystem changes in operation sequences and design tested for Venus flyby mi...
Restructuring research objectives from a technical readiness demonstration program to an investigati...
The final report for the automatic exposure control study for space sequential cameras, for the NASA...
Statistically significant quantitative structural imperfection measurements were made on samples fro...
Six scientific objectives/experiments were derived which consisted of agriculture/forestry/range res...
The correlation of theoretical and experimental data is discussed along with the development of a co...
Potential designs for an integrated fluidized-bed reactor/zinc vaporizer/SiCl4 preheater unit are be...
Four possible arrangements of the materials experiment carrier (MEC) and power system (PS) thermal c...
Three areas of research in the development of flat solar panels are described. (1) A reflectometer w...
The performance of two critical technology components required for a continuously rotatable heat pip...
The design of a high efficiency, long life terrestrial module was completed. It utilized 256 rectang...
Purity requirements for solar cell grade silicon material was developed and defined by evaluating th...
Subsequent to the design review, a series of tests was conducted on simulated modules to demonstrate...
Progress from October 1, 1977, through December 31, 1977, is reported in the design of the 50 MT/yea...
Dichlorosilane (SiH2Cl2) was used as the silicon source material in all of the epitaxial growths. Bo...
Mariner Venus 67 power subsystem changes in operation sequences and design tested for Venus flyby mi...
Restructuring research objectives from a technical readiness demonstration program to an investigati...
The final report for the automatic exposure control study for space sequential cameras, for the NASA...
Statistically significant quantitative structural imperfection measurements were made on samples fro...
Six scientific objectives/experiments were derived which consisted of agriculture/forestry/range res...
The correlation of theoretical and experimental data is discussed along with the development of a co...
Potential designs for an integrated fluidized-bed reactor/zinc vaporizer/SiCl4 preheater unit are be...
Four possible arrangements of the materials experiment carrier (MEC) and power system (PS) thermal c...
Three areas of research in the development of flat solar panels are described. (1) A reflectometer w...
The performance of two critical technology components required for a continuously rotatable heat pip...
The design of a high efficiency, long life terrestrial module was completed. It utilized 256 rectang...