Übersetzung für "Starke staubentwicklung" in Englisch

Under these conditions there is heavy production of dust, which escapes from the apparatus.

The free fall of the charge material raises large amounts of dust inside and out.

In the application are strong caking and dust.

A further problem is the marked formation of dust when expanded graphite is used.

Neither the repose angle of the bulk solid nor strong dust generation can influence the measuring result.

The measuring result is influenced neither by product changes nor strong dust generation nor different material repose angles.

However, Dr. Degueldre made the point in the course of his report that, in spite of a lowering of the dust levels measured in the return airways of workings here in Europe, recent changes in coal winning techniques had led to very large localized releases of dust at certain points in the working faces.

Because of the high dust make at the face/gate transfer point and at the impact treaker in the intake airway, the respiratie dust concentration at the intake end of the face was consideratly higher than at the return end.

This method, however, produces a considerable amount of dust which is inconvenient for the operators and, in some cases, even substantially falsifies the proportions of the doses.

Features which distinguish the intermediate aluminas from sandy alumina are a larger fraction of small particles i.e. the fraction of particles less than or equal to 44?, and a strong tendency for creating dust.

Features which distinguish the intermediate aluminas from sandy alumina are a larger fraction of small particles i.e. the fraction of particles less than or equal to 44?, and a strong tendency for creating dust.

Disadvantages of these materials are the heat conductivity which increases strongly with increasing temperature, the pronounced dusting, and the instability of loose beds as required for an insulating effect.

Similar reservations also apply to the application of the known comminution processes, where the formation of large amounts of dilute acids and salts, the heavy dusting and the troublesome vibrations in the case of dry milling and poor compatibility of the procedures discussed in this respect are seen as disadvantages.

Further, the transfer of source material powder from a storage or transport can into the open hopper causes intense dust formation, which likewise leads to losses of source material powder.

Likewise, the riboflavin needles exhibit a strong dust generation when processed and are problematic during further processing, such as, for example, in the vitaminization of flour.

The need to protect some lights during shot firing and increased soiling of lights as a result of the dust generated by shot firing must also be taken into account.

These apparatuses have the disadvantage that, as bulk material is being metered into a container, the amount of dust generated is frequently pronounced, in particular in the case of flour-containing bulk materials, and also the degree of compacting achieved is often insufficient.

Moreover, his view of the collecting container is often restricted by dust formation during the threshing process and the grain tank unloading process, thereby leaving him with hardly any options for fully monitoring the loading of the crop into the collecting container.

A disadvantage of the known detergent metering methods and apparatus is in most cases the formation of dust during the filling of the storage bin on the metering device.

Strong dust generation during filling and the often abrasive media severely limit the repertory of measuring principles suitable for this level measurement.

Due to the non-contact, microwave-based measuring principle, neither abrasion nor strong dust generation can harm VEGAPULS 68.

Neither strong dust development, nor the surface of the silicic acid nor material caking, cause problems for the NB.

Neither the strong dust generation nor the extreme filling noise nor the strong air currents during pneumatic filling can bother the radar sensors.

The strong dust formation, which, due to the rapid rotary motion, leads to a strong raising of dust, can here be regarded as disadvantageous.

In the first place, a grinding machine of such design, especially if the total weight of the grinding machine is to be held in this way against a ceiling, necessitates a particularly powerful vacuum device, which must still guarantee adequately high suction power to maintain operating safety even under difficult conditions (intense dust generation and correspondingly rapid fouling of dust filters inside the vacuum device).

In particular, the abovementioned drawbacks of the prior art, specifically marked dust formation and an energy balance of the combustion plant which is impaired by dead air, are to be avoided.