The concepts of thermal-imaging as applied to the growth of single crystals are presented. A brief history of thermal-imaging is covered with special emphasis on the work done at AFCRL. The design and construction of a vertical furnace embodying these principles is covered together with its use for the growth of a number of single crystals. The furnace represents an advance in the techniques of growth of single crystals of many materials with Air Force applications, including laser hosts, substrate materials, and permanent magnet alloys. It makes possible the growth of these materials without contamination from crucibles and in optimum atmospheres. (Author)."Solid State Sciences Laboratory Project 5620."AD0768670 (from http://www.dtic.mil)....
In laser cooling of crystals in solid-state physics, it is really important to obtain crystals with ...
The present study is concerned with the single crystal growth of functional oxides by the floating z...
This paper describes a crystal growth system employing novel concepts in fabrication of a high tempe...
The growth of large single crystals of various oxides and dielectrics has been made possible by the ...
The thermal regimes of the growth of single crystals by the VDC method has a significant effect on t...
This monograph is devoted to the growth of crystals using optical furnaces. Optical furnaces can be ...
In this paper we will review techniques for the growth of single crystal mostly of insulating materi...
A horizontal linear gradient two zone furnace has been employed to grow single crystals of semicond...
A Czochralski crystal growing furnace has been constructed and put into operation for the growth of ...
We present an innovative design of a vertical transparent multizone furnace which can operate in the...
A new air cooler design (“specific two-level crystallization incubator”) with a specific arrangement...
A simple crystal growing apparatus is described which allows the production of very uniform single c...
Title: Growth of single crystals in material research Author: Anežka Bendová Department: Department ...
A simple crystal growing apparatus is described which allows the production of very uniform single c...
In laser cooling of crystals in solid-state physics, it is really important to obtain crystals with ...
In laser cooling of crystals in solid-state physics, it is really important to obtain crystals with ...
The present study is concerned with the single crystal growth of functional oxides by the floating z...
This paper describes a crystal growth system employing novel concepts in fabrication of a high tempe...
The growth of large single crystals of various oxides and dielectrics has been made possible by the ...
The thermal regimes of the growth of single crystals by the VDC method has a significant effect on t...
This monograph is devoted to the growth of crystals using optical furnaces. Optical furnaces can be ...
In this paper we will review techniques for the growth of single crystal mostly of insulating materi...
A horizontal linear gradient two zone furnace has been employed to grow single crystals of semicond...
A Czochralski crystal growing furnace has been constructed and put into operation for the growth of ...
We present an innovative design of a vertical transparent multizone furnace which can operate in the...
A new air cooler design (“specific two-level crystallization incubator”) with a specific arrangement...
A simple crystal growing apparatus is described which allows the production of very uniform single c...
Title: Growth of single crystals in material research Author: Anežka Bendová Department: Department ...
A simple crystal growing apparatus is described which allows the production of very uniform single c...
In laser cooling of crystals in solid-state physics, it is really important to obtain crystals with ...
In laser cooling of crystals in solid-state physics, it is really important to obtain crystals with ...
The present study is concerned with the single crystal growth of functional oxides by the floating z...
This paper describes a crystal growth system employing novel concepts in fabrication of a high tempe...