Add to ORKGPowder synthesis by thermally induced vapor phase reactions is described. The powder generated by this technique consists of spherical, nonagglomerated particles of high purity. The particles are uniform in size, in the 0.1–0.2 μm size range. Most of the particles are crystalline spheres. A small fraction of the spheres are amorphous. Chain agglomerates account for less than 1% of the spherules
A method of producing submicron nonagglomerated particles in a single stage reactor includes introdu...
Silicon–carbon nanoceramics have been synthesised from hexamethyldisilane (HMDS) by the atmospheric ...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering, 1...
Powder synthesis by thermally induced vapor phase reactions is described. The powder generated by th...
Powders consisting of dense, nonagglomerated, roughly spherical particles with a controlled size dis...
An aerosol reactor system was developed in which large particles of silicon can be grown by silane p...
Powder synthesis by thermally induced vapor-phase reactions in aerosol reactors is described. The po...
Powder synthesis by thermally induced vapor-phase reactions in aerosol reactors is described. The po...
The feasibility of producing dense particles of a refractory material controlled by reaction of a va...
The feasibility of producing dense particles of a refractory material controlled by reaction of a va...
The feasibility of producing dense particles of a refractory material controlled by reaction of a va...
A new type of aerosol reactor is described. By controlling the rate of gas phase reactions such that...
A theoretical analysis of aerosol nucleation and condensational growth is developed. A growing aeros...
A method of producing submicron nonagglomerated particles in a single stage reactor includes introdu...
A method of producing submicron nonagglomerated particles in a single stage reactor includes introdu...
A method of producing submicron nonagglomerated particles in a single stage reactor includes introdu...
Silicon–carbon nanoceramics have been synthesised from hexamethyldisilane (HMDS) by the atmospheric ...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering, 1...
Powder synthesis by thermally induced vapor phase reactions is described. The powder generated by th...
Powders consisting of dense, nonagglomerated, roughly spherical particles with a controlled size dis...
An aerosol reactor system was developed in which large particles of silicon can be grown by silane p...
Powder synthesis by thermally induced vapor-phase reactions in aerosol reactors is described. The po...
Powder synthesis by thermally induced vapor-phase reactions in aerosol reactors is described. The po...
The feasibility of producing dense particles of a refractory material controlled by reaction of a va...
The feasibility of producing dense particles of a refractory material controlled by reaction of a va...
The feasibility of producing dense particles of a refractory material controlled by reaction of a va...
A new type of aerosol reactor is described. By controlling the rate of gas phase reactions such that...
A theoretical analysis of aerosol nucleation and condensational growth is developed. A growing aeros...
A method of producing submicron nonagglomerated particles in a single stage reactor includes introdu...
A method of producing submicron nonagglomerated particles in a single stage reactor includes introdu...
A method of producing submicron nonagglomerated particles in a single stage reactor includes introdu...
Silicon–carbon nanoceramics have been synthesised from hexamethyldisilane (HMDS) by the atmospheric ...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering, 1...