1.
Research on Deep-frying Process of New Style Fast-food and Its Quality Improved by Oxidation Starch Phosphoric Acid Ester and Chitosan;
新型快餐食品油炸工艺及氧化淀粉磷酸酯、几丁聚糖改善其品质的研究
2.
Studies on the Processing of Decreasing the Oiliness of Fried Potato Strips under Normal Pressure;
常压油炸条件下降低油炸薯条含油量的工艺研究
3.
Processing And Equipment Choose of Fired-free Instant Noodle
免油炸方便面的生产工艺及设备选型
4.
Refining Waste Fried Oil through Sodium Silicate and Activated Bleaching Clay
油炸废油硅酸钠—活性白土精炼工艺研究
5.
Inhibition of Acrylamide Formation in Fried Potato Chips;
减少油炸薯片中丙烯酰胺产生的工艺研究
6.
The Pretreatment Technology of Vacuum Fried Potato Chips;
马铃薯脆片真空油炸前预处理工艺的研究
7.
Optimization of process of frying fragrant taro clips by response surface methodology
响应面分析法对油炸香芋片的工艺优化
8.
Studies on Processing Technology of Decreasing the Oil Content of Potato Chips by Microwave Frying;
利用微波油炸技术降低马铃薯片含油量的工艺研究
9.
Study on Processing Technology Optimization of Fried Cake and Effects of Deep-fried on Rice Starch Properties;
面窝加工工艺参数优化及油炸对大米淀粉特性影响研究
10.
Discussion about Process Safety Management from Fire and Explosion of Largest Refinery in USA
从美国最大炼油公司火灾爆炸事故谈工艺安全管理
11.
Production of Low Oil Content Potato Chips by Vacuum Microwave-Vacuum Frying-Vacuum Microwave Dehydration Process
真空微波-真空油炸-真空微波三阶段联合脱水工艺生产低含油率马铃薯脆片
12.
An absorbent or adsorbent material used in certain manufacturing processes, such as the nitroglycerin used in making dynamite.
吸收剂用于某些制造工艺中的吸收剂或吸附剂，如用于制造炸药的硝化甘油
13.
The paper introduces the new processing technology and product quality standard of the soft package wet instant noodle produced by the machinery of deep-fried instant noodle .
详细介绍了利用油炸方便面设备生产即食软包装鲜面条的生产新工艺和产品质量标准。
14.
Technics of oil production in high gas oil ratio with ESP
高油气比油井潜油电泵采油工艺研究
15.
Investigation into the cold ball milling of No.2 (reviseb) rock explosives
新2号岩石炸药球磨冷混工艺的探讨
16.
Advanced Sintering Technique of Nanometer Magnetic Powder──Explosive Consolidation
纳米磁性粉末成形新工艺──爆炸烧结
17.
An Investigation in Processes and Properties of Detonation Gun Sprayed WC Coatings
爆炸喷涂碳化钨涂层工艺及性能研究
18.
TREATMENT OF EXPLOSIVES WASTEWATER BY FERRIC-CARBON MICROELECTROLYSIS COMBINED FENTON OXIDATION PROCESS
铁炭微电解—Fenton组合工艺处理炸药废水