The mixed homonuclear and heteronuclear hydrogen bonds in ammonia hydrates have been of interest for several decades. In this manuscript, a neutron powder diffraction study is presented to investigate the structure of ammonia monohydrate IV at 170 K at an elevated pressure of 3–5 GPa. The most plausible structure that accounts for all features in the experimental pattern was found in the P21/c space group and has the lattice parameters a=5.487(3) Å, b=19.068(4) Å, c=5.989(3) Å, and β=99.537(16) deg. While the data quality limits discussion to a proton-ordered structure, the structure presented here sheds light on an important part of the ammonia–water phase diagram
A proton and an electron form the lightest element of the periodic table: Hydrogen. Despite the s...
<p>ISIS spallation neutron source experimental report.</p> <p>Describes an experiment to determine t...
Hydrogen-rich compounds attract significant fundamental and practical interest for their ability to ...
<p>ISIS spallation neutron source experimental report.</p> <p>Describes efforts to characterise high...
We have investigated the P-T phase diagram of ammonia dihydrate (ADH), ND3 center dot 2D(2)O, using ...
International audienceSolid mixtures of ammonia and water, the so-called ammonia hydrates, are thoug...
International audienceSolid mixtures of ammonia and water, the so-called ammonia hydrates, are thoug...
<p>ISIS spallation neutron source experimental report.</p> <p>Describes a first high-pressure survey...
We have measured the thermal expansivity of ammonia dihydrate (ND3.O2D(2)O) phase I from 4.2 to 174 ...
<p>ISIS spallation neutron source experimental report.</p> <p>Describes measurements used to determi...
International audienceThe structure of liquid ammonia (NH3) is investigated from 1 to 6.3 GPa and up...
International audienceThe structure of liquid ammonia (NH3) is investigated from 1 to 6.3 GPa and up...
International audienceThe structure of liquid ammonia (NH3) is investigated from 1 to 6.3 GPa and up...
International audienceThe structure of liquid ammonia (NH3) is investigated from 1 to 6.3 GPa and up...
Cette thèse de physique expérimentale explore le diagramme de phase du monohydrate d'ammoniac (AMH) ...
A proton and an electron form the lightest element of the periodic table: Hydrogen. Despite the s...
<p>ISIS spallation neutron source experimental report.</p> <p>Describes an experiment to determine t...
Hydrogen-rich compounds attract significant fundamental and practical interest for their ability to ...
<p>ISIS spallation neutron source experimental report.</p> <p>Describes efforts to characterise high...
We have investigated the P-T phase diagram of ammonia dihydrate (ADH), ND3 center dot 2D(2)O, using ...
International audienceSolid mixtures of ammonia and water, the so-called ammonia hydrates, are thoug...
International audienceSolid mixtures of ammonia and water, the so-called ammonia hydrates, are thoug...
<p>ISIS spallation neutron source experimental report.</p> <p>Describes a first high-pressure survey...
We have measured the thermal expansivity of ammonia dihydrate (ND3.O2D(2)O) phase I from 4.2 to 174 ...
<p>ISIS spallation neutron source experimental report.</p> <p>Describes measurements used to determi...
International audienceThe structure of liquid ammonia (NH3) is investigated from 1 to 6.3 GPa and up...
International audienceThe structure of liquid ammonia (NH3) is investigated from 1 to 6.3 GPa and up...
International audienceThe structure of liquid ammonia (NH3) is investigated from 1 to 6.3 GPa and up...
International audienceThe structure of liquid ammonia (NH3) is investigated from 1 to 6.3 GPa and up...
Cette thèse de physique expérimentale explore le diagramme de phase du monohydrate d'ammoniac (AMH) ...
A proton and an electron form the lightest element of the periodic table: Hydrogen. Despite the s...
<p>ISIS spallation neutron source experimental report.</p> <p>Describes an experiment to determine t...
Hydrogen-rich compounds attract significant fundamental and practical interest for their ability to ...