To develop a super-sized aluminum electrolytic capacitor (CDIN 120 V-100000 μF,φ100 mm×250 mm) for military purpose and other special equipments, the factors affecting its dissipation were analyzed. Based on the investigation on electrolyte;
The whole preparing process of the certified reference material of casting aluminium alloys for military purpose as well as the accuracy and reliability of the certified value of the reference material were introduced
And in military domain,testing system for military purpose has already been the important part of weapon system,measuring technique and testing system is the essential way of identifying quality of war industry products and the guarantee by which weapon system takes effect,and it is of great importance in proving equipment level and ability for battle.
Applying the latest testing technique to testing system for military purpose,Acquiring expectant effect in developing module and empoldering software platform,all that will give an important push to the studying and developing of the testing system for military purpose.
In order to meet the different demands of the civilian and military use, it may be necessary to add various amounts of additional energetic material (RDX) into small size spheric propellants after dissolving obsolete propellants (SF-3) in an appropriate solvent.
Hitherto secret wartime work was widely disseminated, and new military, industrial and other applications of the emerging discipline were identified.
An extraction procedure employing chlorinated cobalt dicarbollide in combination with organophosphorus extractants (used successively or simultaneously) was developed for reprocessing of wastes from military industry.
Zhdanov, rector of the Rostov State University (RSU), received the following letter from Moscow signed by the Commander of the Dzerzhinskii Military Academy (now the Peter the Great Academy of Strategic Rocket Forces):
Government military spending on both sides provided funding to explore new acoustoelectronic concepts in universities, institutes, and major defense companies.
Recently, ultraviolet photoelectronics emerged in response to the needs of medicine, biology, military equipment, and the problem of the hole in the ozone layer.