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<H1>CP2K Available Units of Measurement</H1>
<H2>Undefined</H2>
If the default unit of a keyword is explicitly undefined, all possible units of measurement can be used to define a proper value.<BR><DL>
<DD><B>internal_cp2k</B></DD>
</DL><P>
<H2>Energy</H2>
Possible units of measurement for Energies. The [energy] entry acts like a dummy flag (assumes the unit of measurement of energy is in internal units), useful for dimensional analysis.<BR><DL>
<DD><B>hartree</B></DD>
<DD><B>wavenumber_e</B></DD>
<DD><B>joule</B></DD>
<DD><B>kcalmol</B></DD>
<DD><B>kjmol</B></DD>
<DD><B>Ry</B></DD>
<DD><B>eV</B></DD>
<DD><B>K_e</B></DD>
<DD><B>energy</B></DD>
</DL><P>
<H2>Length</H2>
Possible units of measurement for Lengths. The [length] entry acts like a dummy flag (assumes the unit of measurement of length is in internal units), useful for dimensional analysis.<BR><DL>
<DD><B>bohr</B></DD>
<DD><B>m</B></DD>
<DD><B>pm</B></DD>
<DD><B>nm</B></DD>
<DD><B>angstrom</B></DD>
<DD><B>length</B></DD>
</DL><P>
<H2>Temperature</H2>
Possible units of measurement for Temperature. The [temperature] entry acts like a dummy flag (assumes the unit of measurement of temperature is in internal units), useful for dimensional analysis.<BR><DL>
<DD><B>K</B></DD>
<DD><B>au_temp</B></DD>
<DD><B>temperature</B></DD>
</DL><P>
<H2>Pressure</H2>
Possible units of measurement for Pressure. The [pressure] entry acts like a dummy flag (assumes the unit of measurement of pressure is in internal units), useful for dimensional analysis.<BR><DL>
<DD><B>bar</B></DD>
<DD><B>atm</B></DD>
<DD><B>kbar</B></DD>
<DD><B>Pa</B></DD>
<DD><B>MPa</B></DD>
<DD><B>GPa</B></DD>
<DD><B>au_p</B></DD>
<DD><B>pressure</B></DD>
</DL><P>
<H2>Angle</H2>
Possible units of measurement for Angles. The [angle] entry acts like a dummy flag (assumes the unit of measurement of angle is in internal units), useful for dimensional analysis.<BR><DL>
<DD><B>rad</B></DD>
<DD><B>deg</B></DD>
<DD><B>angle</B></DD>
</DL><P>
<H2>Time</H2>
Possible units of measurement for Time. The [time] entry acts like a dummy flag (assumes the unit of measurement of time is in internal units), useful for dimensional analysis.<BR><DL>
<DD><B>s</B></DD>
<DD><B>fs</B></DD>
<DD><B>ps</B></DD>
<DD><B>au_t</B></DD>
<DD><B>wavenumber_t</B></DD>
<DD><B>time</B></DD>
</DL><P>
<H2>Mass</H2>
Possible units of measurement for Masses. The [mass] entry acts like a dummy flag (assumes the unit of measurement of mass is in internal units), useful for dimensional analysis.<BR><DL>
<DD><B>kg</B></DD>
<DD><B>amu</B></DD>
<DD><B>m_e</B></DD>
<DD><B>mass</B></DD>
</DL><P>
<H2>Potential</H2>
Possible units of measurement for potentials. The [potential] entry acts like a dummy flag (assumes the unit of measurement of potential is in internal units), useful for dimensional analysis.<BR><DL>
<DD><B>volt</B></DD>
<DD><B>au_pot</B></DD>
<DD><B>potential</B></DD>
</DL><P>
<H2>Force</H2>
Possible units of measurement for forces. The [force] entry acts like a dummy flag (assumes the unit of measurement of force is in internal units), useful for dimensional analysis.<BR><DL>
<DD><B>N</B></DD>
<DD><B>Newton</B></DD>
<DD><B>mN</B></DD>
<DD><B>mNewton</B></DD>
<DD><B>au_f</B></DD>
<DD><B>force</B></DD>
</DL><P>
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