- (i) The utilized reflecting plane of a lithium fluoride analyzing crystal has a interplanar distance of 2.5 A°. calculate the wavelength of second order diffracted line which has a glancing angle of 60°. (ii) Why thermistors are used in thermal conductivity analyzer as a heat sensing elements?
- (i) The utilized reflecting plane of a lithium fluoride analyzing crystal has a interplanar distance of 2.5 A°. calculate the wavelength of second order diffracted line which has a glancing angle of 60°. (ii) Why thermistors are used in thermal conductivity analyzer as a heat sensing elements?
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(i) The utilized reflecting plane of a lithium fluoride analyzing crystal has a interplanar
distance of 2.5 A degree. calculate the wavelength of second order diffracted line which has a
glancing angle of 60 degree.
(ii) Why thermistors are used in thermal conductivity analyzer as a heat sensing elements?
![- (i) The utilized reflecting plane of a lithium fluoride analyzing crystal has a interplanar
distance of 2.5 A°. calculate the wavelength of second order diffracted line which has a
glancing angle of 60°.
(ii) Why thermistors are used in thermal conductivity analyzer as a heat sensing elements?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff5a173cb-c18f-43f9-85a3-cb1fd418ce5b%2F21859ff9-5eb7-4ee6-8648-301fd26a5d73%2Flwinjmv_processed.png&w=3840&q=75)
Transcribed Image Text:- (i) The utilized reflecting plane of a lithium fluoride analyzing crystal has a interplanar
distance of 2.5 A°. calculate the wavelength of second order diffracted line which has a
glancing angle of 60°.
(ii) Why thermistors are used in thermal conductivity analyzer as a heat sensing elements?
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