German Industrial Standards

Deutsche Industrie Normen (German Industrial Standards)... 

Abbreviation for Deutsche Industrie Normen -German Industrial Standard. The organisation issuing these standards is the Deutscher Normenausschuss (DNA), the German equivalent of the BSI. 

In order to implement the quality policy in the daily work, quality management systems are installed, covering quality planning, quality control, quality assurance and quality improvement. To ensure that the quality assurance system is in place and effective, external standards are used, for example the DIN EN ISO 9000 ff. standard system, commonly shortened to ISO 9000 (DIN is an acronym for Deutsches InstitutfiXr Normung, meaning German Industry Standard ). 

Low Energy, Harwell, Engl Deutsche Industrie Normen (German Industry Standards) Ger for dinitronaphthalene diethanolnitramine dinitrate Jap for dynamite code name for glycero-a-... 

This type of measurement is widely used in Europe [West German Industrial Standard (DIN) Test Methods for Gypsum Plaster (DIN 1168)] to determine the so-called water stucco factor, that is, the amount of stucco in grams that can be wetted by 100 mL water. The method consists of sprinkling stucco into the water at a specific rate without mechanical mixing. Therefore, it differs from other consistency measurements in that only spontaneous disintegration occurs. Pouring Consistency... 

One source among others for the definition of safely terms is the German Industrial Standard DIN 31000 Part 1 [1], Mentioned are... 

The flash-point is used to characterize the fire and explosion hazard potential of a liquid. According to the German Industrial Standards DIN 51755, 51758, and 51376, the flash point is defined as the lowest temperature referenced to ambient pressure of 1013 hPa at which, under exactly specified measuring conditions, sufficient vapour of the liquid tested is generated that a flammable vapour-air mixture is formed, which can be ignited by an external ignition source [25,26,27]. 

The concept of structural materials made of renewable resources shows the enormous potential of this new class of materials. In this research project together with the Schuberth Helme GmbH company (subsidised by the Ministry of Food, Agriculture, and Forestry of Lower Saxony), the goal is to develop an industrial safety helmet made of a minimum of 85% of renewable resources. An appropriate fibre/matrix system based on the concept of the biocomposite materials was developed which fulfils the DIN EN 397 German Industrial Standard requirements for industrial safety helmets. While working on this pure material basis, a manufacturing process with appropriate productivity and quality had to be made available for the helmet bowls in view of a series production later on. 

The test results show that the DIN EN 397 German Industrial Standard requirements for the helmet bowls have definitely been met or have even been surpassed. Due to an optimised lay-up sequence as well as making use of the light-weight construction potential of the natural fibres, it was possible to achieve a reduction in the weight of the helmets of 5 - 10% which also means a considerable improvement in wearing comfort. 

The guidelines for DB AG vehicles according to TL918413 were successfully maintained. In this context, the deflnitive and considerable requirements of the DIN 5510 - 1 German Industrial Standard for fire protection should be primarily mentioned here. The biocomposite was equipped with halogen-free fire retardants and was able to attain flre-protection class S4, smoke development class SR2, and fluidity class ST2. 

From ISO/DR 1252 (International Standardization Organization), DIN 7728 (Deutsch Industrie-Norm = German industrial standard), and EEC (European Economic Community) abbreviations. 

DIN n. (1) Abbreviation for Deutsches indus-trie norm (German Industry Standard). (2) Also abbreviation for Deutsches insti-tut fur normung (formerly DNA). 

Braids are intertwined textile structures characterized by bias yam orientation. According to the German Industry Standard Din 60000, braids are defined as 2D or 3D fabrics with even thread density and closed fabric appearance, whose braiding threads cross each other in diagonal direction to their own edges (Wulfhorst and Gries, 2006). 

DIN. Abbreviation for Deutsche Industrie-Norm (German Industry Standard). These standards are published by the Deutscher Normenausschuss (abbreviation DNA) which has its offices in Berlin, W.15. 

The performance of a diesel engine is affected by air temperature, air pressure, and humidity. Correction factors are employed to ensure that the power specified takes into account the losses that are expected with altitude or temperature conditions at the site. These correction factors are usually specified by the Society of Automotive Engineers (SAE), German Industry Standards (DIN), British Standards (BS), or the International Organization for Standardization (ISO). 

According to the German Industrial Standard DIN 60000, knits are fabrics, made of one or several threads or one or several thread systems by stitch formation. It should read The respective terminology can be found in (DIN 62050, 1990). For further explanations of knitwear production see Au (2011), Ray (2011), and Spencer (2001). 

The German Industrial Standards (DIN) provide the details on the manufacture of ready-made clothing (DIN 61400, DIN ISO 4916, DIN 5300). 

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