Various types of resistively-heated evaporation sources are used for the vacuum deposition of materials in thin film form. However, the life of such boats or crucibles is short. This paper describes a versatile crucible for Knudsen type effusion process of evaporation for the preparation of thin films of sublimating materials, which have high vapour pressures at temperatures below 1000 degree centigrade. One representative micrograph of a thin film of CdSe obtained by vacuum evaporation from this crucible is also reported
A Knudsen-type evaporation source was used for the deposition of thin films of antimony to study the...
A Knudsen-type evaporation source was used for the deposition of thin films of antimony to study the...
A Knudsen-type evaporation source was used for the deposition of thin films of antimony to study the...
Various types of resistively-heated evaporation sources are used for the vacuum deposition of mater...
Various types of resistively-heated evaporation sources are used for the vacuum deposition of mater...
Various types of resistively-heated evaporation sources are used for the vacuum deposition of mater...
Various types of resistively-heated evaporation sources are used for the vacuum deposition of mater...
A Knudsen-type evaporation source was used for the vacuum deposition of thin films of CdSe to study...
A Knudsen-type evaporation source was used for the vacuum deposition of thin films of CdSe to study...
A Knudsen-type evaporation source was used for the vacuum deposition of thin films of CdSe to study...
A Knudsen-type evaporation source was used for the vacuum deposition of thin films of CdSe to study...
A Knudsen-type evaporation source was used for the vacuum deposition of thin films of CdSe to study...
The theoretical part of this theses deals with the formation of thin films by vacuum methods. It is ...
Thin layers are widely used in many fields of technology and today we can say that they are found in...
A Knudsen-type evaporation source was used for the deposition of thin films of antimony to study the...
A Knudsen-type evaporation source was used for the deposition of thin films of antimony to study the...
A Knudsen-type evaporation source was used for the deposition of thin films of antimony to study the...
A Knudsen-type evaporation source was used for the deposition of thin films of antimony to study the...
Various types of resistively-heated evaporation sources are used for the vacuum deposition of mater...
Various types of resistively-heated evaporation sources are used for the vacuum deposition of mater...
Various types of resistively-heated evaporation sources are used for the vacuum deposition of mater...
Various types of resistively-heated evaporation sources are used for the vacuum deposition of mater...
A Knudsen-type evaporation source was used for the vacuum deposition of thin films of CdSe to study...
A Knudsen-type evaporation source was used for the vacuum deposition of thin films of CdSe to study...
A Knudsen-type evaporation source was used for the vacuum deposition of thin films of CdSe to study...
A Knudsen-type evaporation source was used for the vacuum deposition of thin films of CdSe to study...
A Knudsen-type evaporation source was used for the vacuum deposition of thin films of CdSe to study...
The theoretical part of this theses deals with the formation of thin films by vacuum methods. It is ...
Thin layers are widely used in many fields of technology and today we can say that they are found in...
A Knudsen-type evaporation source was used for the deposition of thin films of antimony to study the...
A Knudsen-type evaporation source was used for the deposition of thin films of antimony to study the...
A Knudsen-type evaporation source was used for the deposition of thin films of antimony to study the...
A Knudsen-type evaporation source was used for the deposition of thin films of antimony to study the...