胶基

简要介绍粉末胶基的性能、工艺的研究，以及在生产中的应用。

This article briefly introduced the characteristics and application of powdered gum base in the producing of gum-based candy .

本文以玉米渣生产的降血压肽为主要功能因子，以胶基、山梨糖醇、甘露糖醇、甘油、柠檬酸、香精等为原辅料，探讨了降压保健口香糖的生产工艺。

Antihypertensive peptides ( APs ) which produced by corn gluten meal ( CGM ) was used as mostly functional factor , mixed with chewing gum base , sorbitol , mannitol , glycerin , citric acid , fragrant , the technology of the decreased-blood health chewing gum was studied .

通过对实验数据的分析比较，得出了在真空条件下进行电测时，选用胶基片为宜的结论。

From test data analysis and comparison a conclusion is made of preferably choosing the strain gage with plastic backing .

本文的工作是对吡啶吸附于由化学淀积法在岛状光刻胶基片上制得的规则粗糙银膜表面上产生的表面增强喇曼散射效应的研究。

This paper presents the study of SEES of pyridine on silver island film prepared by chemical deposition on island photoresist .

最后，本文进行了聚乳酸的应用研究，成功制备了聚乳酸包裹的葡萄糖酸钙微球和可降解口香糖胶基。

At last , the application of PLA was tried , we successfully encapsulated calcium gluconate and prepared chewing-gum matrix with biodegradable PLA .

以最佳胶基配方制备口香糖，确定出最佳口香糖配方为：胶基35%，异麦芽糖醇35%，阿斯巴甜1.0%，柠檬酸0.3%。

Then application this compounding to produce gum . Results , the optimized compounding of gum were as follows : gum base 35 % , iso-maltol 35 % , Aspartame 1.0 % , citric acid 0.3 % .

G3和G5分别在36h和24h内将相对粘度约为6.5瓜儿胶培养基的黏度都降到1左右。

The relative viscosity of the guar gum medium was reduced completely from 6.5 almost to 1 by G3 and G5 at 36h and 24h of cultivation time , respectively .

描述了工业规模的黄原胶培养基连续灭菌和发酵成熟醪中黄单胞菌连续灭菌2种实用新技术。

Two kinds of new technology about continuous sterilization of xanthan cultural broth and xanthan fermented broth were stated in this paper .

着重阐述了GR-11胍胶压裂基液配制工艺的设计原因、过程及设计后的效果并对配液行业的发展方向进行了展望。

The paper presents the reason and result for the reforming of the craft to prepare for fracturing base fluid , and outlooks its development in the future .

优选出能够有效保护油气层，并具有良好性能的正电胶钾基暂堵型钻井完井液。

Based on the situation the temporal plugging type of drilling and completion fluids with mixed metal hydroxide potassium which can effectively protect reservoirs and have good performance are developed .

中性造纸施胶剂烯基琥珀酸酐（ASA）应用前景

Application prospect of Alkenyl Succinic Anhydride ( ASA ) as Neutral Paper Sizing Agent

介绍了一种低伤害LMWF压裂液，它用改性的低分子量瓜尔胶配成基液，经硼交联得到LMWF压裂液。

A low damage fracturing fluid referred to as low molecular weight fracturing ( LMWF ) fluid was presented , which was prepared with modified low molecular weight guar gum as base fluid and boron as crosslinking agent .

低水胶比水泥基材料的自收缩

Autogenous Shrinkage of Cement-based Materials with Low Water Binder Ratio

脱硫石膏-粉煤灰复合胶凝材料基胶砂试验研究

Study on Composite Cementitious Material Produced by Desulphurization Gypsum-Fly Ash

在线混合冻胶型油基压裂液的熟化问题

On the necessity of curing for oil base gelled fracturing fluid in on the fly mix process

富铝碱矿渣粘土矿物复合胶凝材料基模拟放射性泥浆固化体的性能研究

Properties of simulated radioactive slurry waste forms solidified with high alumina alkali-activated slag clay mineral composite cement

伤口拉合胶布是外科手术中应用的一种新型医用材料，是由一种高强度合成胶涂于基料而形成的。

Lahti is an adhesive plaster wound surgery medical applications of a new material , is applied to a high-strength synthetic rubber base material formed .

该胶以端异氰酸酯基聚氨酯预聚体为A组分，以端羟基聚氨酯预聚体和其它固化剂为B组分。

Hydroxyl-Terminated polyurethane prepolymer is the mainly component of A , B is made of Isocyanate-Terminated polyurethane prepolymer and other curing agents .

目前各油田普遍使用本油田的原油作为油基冻胶压裂液的基液，不同产地的原油其组分不同。

Crude oil is used as the base fluid of gelled frac fluid most commonly .

低水胶比高性能水泥基材料的发展，以及矿物掺合料深层次研制开发和可持续发展的社会需求，给传统的理论框架体系带来了困惑与挑战。

With the development of high performance cement materials at low water to binder ratio ( W / B ) and the requirement of deep-level exploitation of the mineral admixtures for the sustainable development society , the traditional theory frame system in this field confronts many new obfuscations and challenges .

研究了培养基组成，培养温度、pH值、接种量及种龄对黄原胶发酵的影响，实验确定了黄原胶的优化培养基组成及培养条件。

The effects of culture medium composition , culture temperature , value of pH , inoculation quantity and seed age on xanthan fermentation were studied . The optimal culture medium and culture conditions were determined .

针对光刻胶熔融法中的一些不足，发展了光刻胶的最佳熔融条件，探讨了熔融光刻胶与石英基片的接触角对微透镜阵列的表面面形形成的影响。

The influence of the best contact angle between the melting resist and substrate to the surface formation of microlens is discussed .