Antipsychotics

Lithium aluminate

Lithium amide (LiNH 2 ) is an amide of an alkali metal with lithium atoms having larger positive charges than hydrogen atoms. It is a moisture-sensitive molecule that converts to LiOH and NH 3 on reaction with H 2 O.

Lithium amide (LiNH 2 ) is an amide of an alkali metal with lithium atoms having larger positive charges than hydrogen atoms. It is a moisture-sensitive molecule that converts to LiOH and NH 3 on reaction with H 2 O.

Lithium amide (LiNH 2 ) is an amide of an alkali metal with lithium atoms having larger positive charges than hydrogen atoms. It is a moisture-sensitive molecule that converts to LiOH and NH 3 on reaction with H 2 O.

Among organic electroluminescent devices, devices containing lithium benzoate have the best performance among all studied devices. The aromatic multilayer film of lithium benzoate was covalently connected to the surface of natural graphite through

Among organic electroluminescent devices, devices containing lithium benzoate have the best performance among all studied devices. The aromatic multilayer film of lithium benzoate was covalently connected to the surface of natural graphite through

Among organic electroluminescent devices, devices containing lithium benzoate have the best performance among all studied devices. The aromatic multilayer film of lithium benzoate was covalently connected to the surface of natural graphite through

Among organic electroluminescent devices, devices containing lithium benzoate have the best performance among all studied devices. The aromatic multilayer film of lithium benzoate was covalently connected to the surface of natural graphite through

Among organic electroluminescent devices, devices containing lithium benzoate have the best performance among all studied devices. The aromatic multilayer film of lithium benzoate was covalently connected to the surface of natural graphite through

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Lithium borohydride, a white solid, may be prepared from the exchange reaction of LiCl and sodium borohydride in isopropylamine. The orthorhombic crystal structure converts to tetragonal at 108 o C and eventually melting at 278 o C.

Lithium borohydride, a white solid, may be prepared from the exchange reaction of LiCl and sodium borohydride in isopropylamine. The orthorhombic crystal structure converts to tetragonal at 108 o C and eventually melting at 278 o C.