Static EliminationResearch Studies Press, 1982 - 118 sider Electrostatics in industry. Protection against electrostatic charging. Eliminators. The efficiency of eliminators. Hazards caused by eliminators. Eliminators as parts of industrial equipment. |
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Side 47
... rays of this energy have the highest ionizing capability . As a Isotopes emitting soft B rays are suitable for ionizing the air . The isotopes 85Kr , 90Sr , 90y , 147Pm and 204T1 ( krypton , strontium , yttrium , promethium and thallium ) ...
... rays of this energy have the highest ionizing capability . As a Isotopes emitting soft B rays are suitable for ionizing the air . The isotopes 85Kr , 90Sr , 90y , 147Pm and 204T1 ( krypton , strontium , yttrium , promethium and thallium ) ...
Side 49
... rays , but there are isotopes emitting ẞ rays among its further decomposition products . However , the half - life of radium is 1,614 years , the half - life of the decomposition products is far shorter . In such cases , the activity as ...
... rays , but there are isotopes emitting ẞ rays among its further decomposition products . However , the half - life of radium is 1,614 years , the half - life of the decomposition products is far shorter . In such cases , the activity as ...
Side 92
... rays can be screened by a rather thin metal plate , but the penetration power of Y rays is high , so Y rays are not practicel for use in eliminators . Naturally the air does not become radioactive when using radioactive eliminators . At ...
... rays can be screened by a rather thin metal plate , but the penetration power of Y rays is high , so Y rays are not practicel for use in eliminators . Naturally the air does not become radioactive when using radioactive eliminators . At ...
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a.c. eliminators according to Fig accumulation active eliminators antistatic additives breakdown capacitance caused charge carriers charge separation charged surface charging current conductive objects conductor corona discharge corona electrode decreases dielectric strength distance double layer effect efficiency electric field electric shock electron avalanches electrostatic charging electrostatic discharge Eltex emitted energy field strength flammable limit ground proximity half-life hazard high voltage eliminators higher ignition important incendive increases induction eliminators inflammable atmosphere initial charge density insulating surface ionization liquids metal housing metal sheet method moving negative charges negative ions neutralized occurs opposite sign optimized particles passive eliminators permittivity polarity positive and negative power supply produces charge protection radiation source radioactive eliminators radius of curvature rays recombination relative humidity result roller row of points shown in Fig significantly space charge spark static charging supply unit surface charge density threshold types of eliminators vapour velocity volume resistivity