| 51322 |
Creator |
ddfea09c87321f113cbedc1a102b844b |
| 51322 |
Creator |
ext-02c9bab7ddaeabd1750320b1bf4c4af3 |
| 51322 |
Creator |
ext-15cd2c5d17490cf55d6092d92a4609bd |
| 51322 |
Creator |
ext-783e4adc27c34769f0f12be93f4360ba |
| 51322 |
Creator |
ext-8f6992bb9a0b466a7b471be65e1d8b49 |
| 51322 |
Date |
1989-07 |
| 51322 |
Is Part Of |
p10897623 |
| 51322 |
Is Part Of |
repository |
| 51322 |
abstract |
A versatile environmental facility for <i>in situ</i> x‐ray topographic (white radiation)
investigations of the perfection of nearly perfect single crystals is described. The
system is built to UHV standards and can be optimized to investigate the defect structure
in many materials at variable pressure and temperature. High quality data have been
obtained with this facility during the decomposition of nickel sulphate hexahydrate
and calcite. In the former case, in contradiction to what has previously been believed,
the results clearly show that dislocations are not involved in the nucleation of the
reaction process. |
| 51322 |
authorList |
authors |
| 51322 |
issue |
7 |
| 51322 |
status |
peerReviewed |
| 51322 |
volume |
60 |
| 51322 |
type |
AcademicArticle |
| 51322 |
type |
Article |
| 51322 |
label |
Gillespie, K; Littlejohn, A. ; Roberts, K. J.; Sheen, D. B. and Sherwood, J. N.
(1989). Environmental facility for synchrotron radiation topography. Review of Scientific
Instruments, 60(7) pp. 2498–2501. |
| 51322 |
label |
Gillespie, K; Littlejohn, A. ; Roberts, K. J.; Sheen, D. B. and Sherwood, J. N. (1989).
Environmental facility for synchrotron radiation topography. Review of Scientific
Instruments, 60(7) pp. 2498–2501. |
| 51322 |
Title |
Environmental facility for synchrotron radiation topography |
| 51322 |
in dataset |
oro |