Titlebook: Solar Cell Array Design Handbook; The Principles and T Hans S. Rauschenbach Book 1980 Springer Science+Business Media New York 1980 heat tr

杂役

Array Analysisted into mathematical expressions that describe its properties, behavior, or function. The process of describing something physical by mathematical formulas is called analytical or mathematical .. The “model” represents something real and physical in abstract, mathematical terms.

较早

Electrical Elementssolar cells—to a terminal or tie point. From these tie points, current conductors (wires) lead to other terminals or tie points, connecting increasing numbers of solar cell strings in parallel and—sometimes—in series.

Needlework

kyphoplasty

Fabrication and Testation, customer preferences, available tooling, previous qualification status, and many other factors. However, solder exhibits some characteristics which limit its use for some solar cell array designs.

Terrace

Array Systemshat have the appearance of rows and columns. Solar cell arrays are also known as . and, colloquially, as .. The term . means a group of cells connected together to furnish electricity. Therefore, the use of either term would be correct to describe an array of solar cells. However, to distinguish cle

BROTH

Array Analysisroken down into subsystems, and subsystems into components. Everything is broken down until it becomes simple enough to be understood and to be converted into mathematical expressions that describe its properties, behavior, or function. The process of describing something physical by mathematical fo

Tracheotomy

Array Designecific, from disorder to order, and from thought to matter. In the most formal sense, it consists of the identification of a set of design requirements and constraints followed by the steps of synthesis, analysis, selection, fabrication, test, and evaluation. On the one hand, the design process is l

Cocker

Optical Elements) to protect the solar cells and their associated wiring from deleterious environmental influences; 2) to enhance the amount of sunlight reaching the active portions of solar cells; and 3) to aid in the heat rejection from the solar cells to reduce the cell operating temperature and thereby achieve

不整齐

Lethargic

Mechanical Elementsial applications and arrays for space applications. Significant differences in array design and construction between terrestrial and space arrays result primarily from the differences in the environments that these two classes of arrays must endure. In addition, space arrays usually must meet severe