成胶的

基本解释 (translations)

collagenous  ·  gelatigenous

与成胶的相关的网络例句 [注：此内容来源于网络，仅供参考]

The GFAP is a specific marker of astrocyte, its expression is more higher in the activity astrocyte, and finally the GFAP become the main composition of scar formations. The S -100 is a kind of acidity, dissolubilites, low molecular quantity and calcium hydronium conjugated protein, and it is mainly existed in neuroglial cell and schwann cell. It can promote the growth of axon, glial hyper-plasia and nerve divide and calcium's stability inside of cell, thus regulatin g the shape and metabolism of astrocyte . The quantity of S -100 protein and the degree of ischemia have direct proportion .

胶质纤维酸性蛋白是星形胶质细胞的特异性标记物，在活性星形胶质细胞中GFAP的表达相对更高，且最后GFAP成为胶质疤痕的主要成份。S-100蛋白是一种酸性、可溶性、低分子量的钙离子结合蛋白，主要存在于胶质细胞和雪旺细胞中，它可促进轴突生长、胶质增生、神经分化和细胞内钙的稳定，从而调节星形胶质细胞的形态和代谢。S-100蛋白与缺血的程度是成正比的。

Locust bean gum but also with other carrageenan, xanthan produced synergies, such as natural rubber, and can greatly increase the viscosity of a plastic, according to the proportion varies can be made of various flexible and brittle specifications of the Jiaodong.

刺槐豆胶还能与其它卡拉胶、黄原胶等天然胶产生协同效果，可大大增加粘度和成胶特性，根据比例不一，可制成各种弹性和脆性规格的胶冻。

Compared with the saturation of waterflood, the higher concentration and injection volume of profile control ,the higher water saturation .Under the same conditions ,the water saturation before forming gel is bigger than that after forming gel .

与水驱后饱和度相比，调剖剂浓度越高、调剖剂注入量越多，水饱和度越高；在同样条件下，未成胶时的水饱和度大于成胶时的水饱和度。

Thus, on the reservoir conditions of the seventh middle area of JiaMuHe and eighth area of XiaWuErHeZu, the qualities of blocking agent such as gelatification time, the gel strength, the salt resistance, the temperature resistance, the stability, the compressive strength, the selection of injection, the improvement ratio of water entry profile and the sweeping efficiency were evaluated.

评价了堵剂在七中区佳木河组和八区下乌尔禾组两种油藏条件下的成胶时间、成胶强度、抗盐性、抗温性、时间稳定性、耐压强度、选择注入性、吸水剖面改善率和驱油效率。

The effect of lanthana doping and polyethylene glycol as gelatinization aid on the thermostability and BET surface of active A12O3 prepared by means of sol in water solution.

研究水溶液成胶制备氧化铝过程中，掺杂氧化镧及利用聚乙二醇助成胶对氧化铝热稳定性和比表面的影响。

The occurrence of deleterious alkali-carbonate reaction and performance of certain aggregates were determined by detailed petrographic examination of the aggregates in destructive concrete'structures.

在对材料制备过程的研究中，通过对溶胶—凝胶过程及干凝胶不同烧成温度的物相变化的研究，结合热力学函数方法的计算结果，提出了多组份溶胶的形成过程、溶胶的干燥过程、凝胶的烧成过程中的主要物相的生成反应。

The PAM and the Sesbania Gum were applied as gelling agent in the gel system of water-gel explosive and the effects of amount of gelling agent, amount of crosslinking agent, reaction-temperature and reaction time on the crosslinking time and thermal stability were researched.

并分别将产物聚丙烯胺和天然植物胶田菁胶作为胶凝剂，应用于水胶炸药凝胶体系中。研究了胶凝剂用量、交联剂用量、反应温度和反应时间对水胶炸药成胶时间和热稳定性的影响。

The PAM and the Sesbania Gum were applied as gelling agent in the gel system of water-gel explosive and the effects of amount of gelling agent, amount of crosslinking agent, reaction-temperature and reaction time on the crosslinking time and thermal stability were researched.

并分别将产物聚丙烯酰胺和天然植物胶田菁胶作为胶凝剂，应用于水胶炸药凝胶体系中。研究了胶凝剂用量、交联剂用量、反应温度和反应时间对水胶炸药成胶时间和热稳定性的影响。

The effects of dosage of main components and reaction temperature on the gelling time and gel strength were examined.

由速溶纳米硅粉、缓凝剂、胶凝剂为主要组分制备了耐高温低成本调剖剂，考察了其主要组分用量及反应温度对调剖剂成胶时间和凝胶强度的影响。

First, with the gelation property of alginate molecule in Ca2+ solution, collagen/alginate threads were prepared through thermally controlled syringing collagen/alginate (w/w=1:3) solution into 2% CaCl2 solution.

第一阶段利用褐藻酸高分子在钙离子水溶液的环境下迅速成胶的特性，再运用湿式纺织技术，将胶原蛋白与褐藻酸混合溶液(胶原蛋白重：褐藻酸重＝1：3)经由恒温注射针筒系统以2ml/min的流速挤压至氯化钙水溶液(2%)的成型槽中，并控制罗拉转速，制备胶原蛋白/褐藻酸细丝。

与成胶的相关的网络解释 [注：此内容来源于网络，仅供参考]

gelatinize：成胶状

gelatiniform 胶状的 | gelatinize 成胶状 | gelatinoid 胶样物质

gelatinize：(使)成胶状/涂胶

gelatinization /明胶化/胶凝/胶凝作用/ | gelatinize /(使)成胶状/涂胶/ | gelatinoid /明胶样的/

neuroblast：成神经细胞

神经上皮细胞不断分裂增殖,部分细胞迁至神经上皮的外周,成为成神经细胞(neuroblast). 之后,神经上皮细胞又分化出成神经胶质细胞(glioblast),也迁至神经上皮的外周. 于是,在神经上皮的外周由成神经细胞和成胶质细胞构成一层新细胞层,

astroblast：成星形胶质细胞

成胶质细胞首先分化为各类胶质细胞的前体细胞,即成星形胶质细胞(astroblast)和成少突胶质细胞(oligodendroblast). 然后,成星形胶质细胞分化为原浆性和纤维性星形胶质细胞,成少突胶质细胞分化为少突胶质细胞. 最近有人在体外培养的研究中发现,

collagenous：成胶的

collagen 胶原质 | collagenous 成胶的 | collapsar 黑洞

collagenous：成胶的, 产生成胶的

collagenous tissue | 胶原组织, 白纤维组织 | collagenous | 成胶的, 产生成胶的 | collagraph | 抽象派美术画

collagenous tissue：胶原组织, 白纤维组织

collagenous fibril | 胶原纤丝 | collagenous tissue | 胶原组织, 白纤维组织 | collagenous | 成胶的, 产生成胶的

collagenous fibril：胶原原纤维

胶原蛋白由成纤维细胞合成分泌,与细胞外聚合成胶原原纤维(collagenous fibril)在经少量粘合质粘结成胶原纤维. 电镜下,胶原原纤维直径为20-200nm,呈现明暗交替的周期性横纹,横纹周期约64nm,(图3-12). 胶原纤维的特性为韧性大,抗拉力强.

gelatigenous：胶凝的;成胶的

gelatification胶凝作用 | gelatigenous胶凝的;成胶的 | gelatinase(白)明胶酶

gelatigenous：产胶的;成胶的

胶化 gelatification | 产胶的;成胶的 gelatigenous | 肉胶;明胶;动物胶 gelatin