Improved Manufacturing Methods of Indium Antimonide Ir Detector Arrays
Improved Manufacturing Methods of Indium Antimonide Ir Detector Arrays

Author: AVCO CORP CINCINNATI OH ELECTRONICS DIV.

Publisher:

Published: 1968

Total Pages: 162

ISBN-13:

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The overall purpose of the program was to improve existing processes and develop new manufacturing processes and techniques to reduce the cost and to increase the life expectancy of indium antimonide (InSb) single elements and arrays of photovoltaic detectors. The grown junction portion of the program was undertaken to improve fabrication and packaging techniques, to minimize leaks, to maximize outgassing absorption, to maximize detector ruggedness, to simplify bottle design and closure, and to determine in-process and final detector characteristics in relation to InSb grown junction basic parameters. The diffused junction detector portion of this program was undertaken to determine whether diffused batch fabricated mesa arrays could be produced as a replacement for the grown junction detector now used, and to refine critical processing steps required to manufacture these arrays. Three grown junction detectors and three diffused junction detectors were fabricated, tested and delivered as a part of the contract. (Author).

Manufacturing Methods and Technology (MANTECH) Program: Production of Infrared Detectors
Manufacturing Methods and Technology (MANTECH) Program: Production of Infrared Detectors

Author: P. Mazumdar

Publisher:

Published: 1983

Total Pages: 382

ISBN-13:

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The execution of a pilot run of 86 interdigitated Indium Arsenide detectors at a production rate of 60 detectors per 40-hour week is described. Summaries of yields attained and labor required are presented and statistics of the measured performance date of the 25 detectors selected as pilot run samples are provided. Keywords: Infrared detectors, Indium arsenide, Interdigitated detectors, Closed ampoule diffusion, Photodiodes.

A Review of the Air Force Materials Research and Development Program
A Review of the Air Force Materials Research and Development Program

Author: Air Force Materials Laboratory (U.S.)

Publisher:

Published: 1964

Total Pages: 294

ISBN-13:

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Technical reports published by the Air Force Materials Laboratoy during the period 1 July 1962 - 30 June 1963 are abstracted herein. Reports on reseqrch conducted by the Air Force Materials Laboratory personnel as well as that conducted on contract are included. These reports cover basic and applied research in the materials area being conducted by the Metals and Ceramics Division, Non-metallic Materials Division, Materials Physics Division, Manufacturing Technology Division, and Materials Applications Division of the Air Force Materials Laboratory.

Production Engineering Measure to Investigate Properties of Indium Antimonide and to Provide 801-c6 Infrared Detectors
Production Engineering Measure to Investigate Properties of Indium Antimonide and to Provide 801-c6 Infrared Detectors

Author: Robert L. Smythe

Publisher:

Published: 1963

Total Pages: 37

ISBN-13:

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The properties of photoconductive indium anti monide are studied. Work is in three distinct phases. The first phase consists of work per formed from start to shipment of the second group of engineering samples. The second phase is a pre-production phase in which finalized plans and processes are determined in preparation for the production run. The third phase is performance of the production run. (Author).

Sensors and Measurement Techniques for Chemical Gas Lasers
Sensors and Measurement Techniques for Chemical Gas Lasers

Author: Mainuddin Gaurav Singhal

Publisher: Lulu.com

Published: 2014-09-27

Total Pages: 212

ISBN-13: 8461711521

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Sensing and Measurement is the key technology area in the development of these lasers. Advanced sensing and measurement technologies are required to acquire, analyze and transform data into information that is useful to enhance the performance and capabilities of these lasers systems.The goal of this book is therefore to enable scientists and technologists working in rather complex area of chemical lasers to achieve the best technical performances. Till now such topics havebeen covered scantly in open literature and that too in the research papers only.