Уменьшение интенсивности образовани

Уменьшение интенсивности образования электрических зарядов достигается за счет снижения скорости и силы трения, различия в диэлектрических свойствах материалов и повышения их электропроводимости. Уменьшение силы трения достигается смазкой, снижением шероховатости и площади контакта взаимодействующих поверхностей. Скорости трения ограничивают за счет снижения скоростей обработки и транспортировки материалов.
Так как заряды статического электричества образуются при плескании, распылении и разбрызгивании диэлектрических жидкостей, желательно эти процессы устранять или, по крайней мере, их ограничивать.
Поскольку интенсивность образования зарядов тем выше, чем меньше электропроводность материала, то желательно применять по возможности материалы с большей электропроводностью или повышать их электропроводность путем введения электропроводных (антистатических) присадок. Так, для покрытия полов нужно использовать антистатический линолеум, желательно периодически проводить антистатическую обработку ковров, ковровых материалов, синтетических тканей и материалов с использованием препаратов бытовой химии.
Соприкасающиеся предметы и вещества предпочтительнее изготовлять из одного и того же материала, так как в этом случае не будет происходить контактной электролизации. Если сделать это не представляется возможным, то применяют материалы, близкие по своим диэлектрическим свойствам.
Таким образом, для защиты от статического электричества необходимо применять слабоэлектризующиеся или неэлектризующиеся материалы, устранять или ограничивать трение, распыление, разбрызгивание, плескание диэлектрических жидкостей.

Результаты (английский) 1:

Reduction of the intensity of electrical charges is achieved by reducing the rate and force of friction, differences in the dielectric properties of materials and their electrical conductivity. Reducing friction is lubricated, low roughness and the contact area of interacting surfaces. Friction speed limit due to reduced speeds and handling material.
because charges of static electricity generated when pleskanii, spraying and spraying of dielectric liquids, preferably those processes to eliminate or at least restrict them.
Because the intensity of the charge the higher education, the smaller the conductivity of the material, It is desirable to use materials with the greater possible electrical conductivity or to increase their electrical conductivity by injection of conductive (anti-static) additives. So, for a covering of floors, use an antistatic linoleum, it is advisable to periodically discharge processing of carpets, carpet materials synthetic fabrics and materials using drugs.
Contact items and substances are preferred to produce from the same material, because in this case the contact will not be èlektrolizacii. If this is not possible, then apply materials, equal to their dielectric properties.
Thus, for protection against static electricity, you must apply slaboèlektrizuûŝiesâ or neèlektrizuûŝiesâ materials, remove or limit the friction, spraying, splashing, bathing dielectric liquids.

Результаты (английский) 2:

Decrease in the intensity of electric charge is achieved by reducing the rate and the force of friction, the differences in the dielectric properties of materials and increase their conductivity. Reducing frictional forces achieved lubricant decrease the contact area and roughness of the interacting surfaces. Sliding speed limit by reducing the speed of processing and transport of materials.
Since static electricity generated when splashing, spraying and spraying dielectric fluids, preferably these processes to eliminate or at least limit them.
Since the intensity of the higher education charges, less conductivity material, it is desirable to use as much as possible materials with high electrical conductivity or raise by introducing conductive (antistatic) additives. So, for flooring linoleum need to use an anti-static, it is desirable to periodically antistatic treatment of carpets, carpet materials, synthetic fabrics and materials using household chemicals.
Contiguous objects and substances is preferably made ​​of the same material as in this case will not be elektrolizatsii contact occur. If this is not possible, then apply materials that are close to their dielectric properties.
Thus, for protection against static electricity must be used slaboelektrizuyuschiesya or antistatic materials, eliminate or limit friction, spray, spatter, splashing dielectric fluids.

Результаты (английский) 3:

Decrease in the intensity of electrical charges is achieved by reducing the speed and force of friction, the differences in dielectric properties materials and improve their an excellent conductor.The force of friction is achieved with grease, a decrease in roughness and contact area interacting surfaces.Friction speed limit by reducing speeds processing and transporting materials.
as quantities of static electricity is generated when плескании,Spraying and spray after that dielectric fluids, preferably these processes to eliminate or, at least, their limit.
because the intensity education charges so as above,The less continuity material,It is desirable to apply the material in a more conductive or improve their continuity through the introduction of wiring harnesses (ESD) additives. Thus,To cover the floors you need to use an anti-static wrist linoleum, it is desirable to periodically anti-static handling carpets, carpet materials,Synthetic fabrics and materials, using drugs consumer chemistry.
In Contact items and substances is preferable to construct from one and the same material,As in this case, do not contact электролизации will occur. If this is not possible, then the applied materials that are close to their dielectric properties.
Thus,For protection against static electricity need to apply слабоэлектризующиеся or неэлектризующиеся materials, eliminate or restrict rubbing, spraying, splashing,Плескание dielectric fluids.