The development of the high pressure techniques used for hydrogen
compression and for experiments on metal-hydrogen systems is briefly
introduced.
The influence of hydrostatic pressure on the properties (for example
compressibility or phase transitions) of various metal hydrides is
presented.
The hydrogen-metal reactions carried out under high pressure
conditions are discussed as a unique way of increasing activity of
hydrogen for syntheses of hydrides from metallic elements or their
alloys.
Special behavior of hydrogen in the amorphous alloys is also described
and discussed.

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