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Methods to Make Metal Vapor Lamps
Here is a goo place to look study Mercury Argon Vapor Lamp Manufacture
Remember to share back together 2 hard working men can equal 200 danieldonatelli1@gmail.com
Methods to Make Metal Vapor
Publication Publication Date Title
EP0040547B1 1985-10-02 Illumination system including a low pressure arc discharge lamp
US3624444A 1971-11-30 Low-pressure mercury vapor discharge lamp
US2453118A 1948-11-09 Concentrated arc discharge device
US2249672A 1941-07-15 Discharge device
US3609436A 1971-09-28 Fluorescent light source with a plurality of sequentially energized electrodes
US2555749A 1951-06-05 Fluorescent lamp
US2182732A 1939-12-05 Metal vapor lamp
US2765416A 1956-10-02 Vapor lamps utilizing chemical compounds
US3445719A 1969-05-20 Metal vapor lamp with metal additive for improved color rendition and internal self-ballasting filament used to heat arc tube
US3514660A 1970-05-26 Electric discharge flicker lamp
US3013169A 1961-12-12 High output fluorescent lamp
US2228327A 1941-01-14 Discharge device
US3789266A 1974-01-29 Arrangement provided with a low-pressure vapour discharge lamp
US1980534A 1934-11-13 Gas arc lamp
US2298581A 1942-10-13 Luminescent lamp bulb
US4408141A 1983-10-04 Dual cathode beam mode fluorescent lamp
US3118107A 1964-01-14 Thermoelectric generator
US2262177A 1941-11-11 Lighting and radiating tube
US3424935A 1969-01-28 Harness construction for metal arc type lamp
CA1106908A 1981-08-11 Two-wire ballast for fluorescent tube dimming
US3748520A 1973-07-24 Electric discharge lamp having a fill including niobium pentaiodide complexed with an inorganic oxo-compound as the primary active component
US1531301A 1925-03-31 Luminous vessel
US3900761A 1975-08-19 High intensity metal arc discharge lamp
US3504218A 1970-03-31 Dual cathode for fluorescent lamps
US1914883A 1933-06-20 Method and apparatus for producing ions
US1160700A 1900-04-05 1900-04-05 Method of manufacturing electric lamps.
US1160700A 1900-04-05 Method of manufacturing electric lamps.
US682692 Method of manufacturing electric lamps.
Attached is a representation of a Nickel Argonide (NiAr) gas matrix based on
the FeAr gas matrix shown in the Meyer New Zealand video and also the CoAr
it's interesting that Meyer shows (in a 2d representation) iron and argon sharing 4 electrons
The argon +1 ion can be achieved by high voltage sparks in a rarified argon gas
Additional "laser" excitement might allow more atoms in the outer shell to
leave the outer ring especially if in the presence of an electron extraction circuit
A number of factors make it easier to extract the electrons from the transitional
metals used partly because of a lower ionization energy due to the greater distance
of the outer electron shell from the positive nucleus and that there\are more available
electrons to be pulled off. I suspect that in a 3d configuration of the FeAr matrix
is similar to the cubic orthography of NaCl. However the stability of the FeAr matrix
may be enhanced by the stabilizing forces due to the paramagnetism of FE Co or Ni
This is in addition to the ionic bonding force qq
The gas may be more of a nanocluster light enough to be carried by the Argon
carrier gas analogous to sand in water or quicksand 3 to 20 FeAr per clump??
