Hydrogenography

Hydrogenography is a combinatorial method based on the observation of optical changes on the metal surface by hydrogen absorption.[1] The method allows the examination of thousands of combinations of alloy samples in a single batch.

History

In the 1996 report of the method, thin films were coated with yttrium and lanthanum topped with a layer of palladium for the diffusion of hydrogen. The rate of absorption of hydrogen resulted in typical optical properties.[2] In the 2008 report magnesium, titanium and nickel are eroded and sputtering deposited in different ratios onto a transparent film in a thin layer of 100 nanometres following exposure to hydrogen in different amounts resulting in optical differences,[3]

gollark: It should obviously work.
gollark: Interesting.
gollark: tio!debug
gollark: ```c#define let int#define var char#include <stdlib.h>#include <stdio.h>let main() { for (let i = 0; i < 10000; i++) { var* j = malloc(i); j = "bees"; free(j); } var* lyricLy_bad = malloc(3); printf("%s", lyricLy_bad);}```
gollark: It's only 1e5 times.

See also

References
  1. Determination of thermodynamic properties of gradient films using hydrogenography
  2. Yttrium and lanthanum hydride films with switchable optical properties
  3. Light weight hydrogen tank could fuel hydrogen economy
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