水凝胶 - 翻译成英语

• hydrogel
• hydrogels

在 中文 中使用 水凝胶 的示例及其翻译为 英语

通过将砖分成两半，细菌可以在一些额外的沙子、水凝胶和营养物质的帮助下生长成两个完整的砖。
By splitting the brick in half, the bacteria can grow into two complete bricks by adding some sand, hydrogel and nutrients.

大多数水凝胶具有多孔结构，这将导致封装的药物过早地被释放，并迅速地从体内排出。
Most hydrogels have a porous structure, which will cause the encapsulated drugs to leak prematurely and be eliminated rapidly from the body.

QMUL的3DEAL技术使得可以用QMUL所称的“化学成分的空间控制”来设计3D水凝胶环境。
QMUL's 3DEAL technique makes it possible to engineer 3D hydrogel environments with what QMUL refers to as“spatial control of of the chemical composition.”.

D水凝胶是通过化学共价键，物理相互作用或两者的组合交联的亲水性聚合物网络。
D hydrogels are hydrophilic polymeric networks cross-linked by either chemical covalent bonds, physical interactions, or a combination of the two.

使用兔子，他们从侧翼移除1立方厘米的脂肪，然后用复合物或水凝胶注射相同的部位。
Using rabbits, they removed 1 cubic centimeter of fat from the flank, then injected that same site with either composite or hydrogel.

总之，本论文提出了金属配体配位化学策略，以建立具有动态交联的可注射水凝胶，从而产生与时间无关的注射行为。
In summary, this thesis presents metal-ligand coordination chemical strategies to build injectable hydrogels with dynamic cross-linking resulting in time-independent injection behavior.

桦木首先与纸浆纤维一起被加工成木浆，然后木浆被用于制造纳米纤维素（NFC）水凝胶。
The raw birch wood is first processed into wood pulp with the pulp fibres then being used to create the nanofibrillar cellulose(NFC) hydrogel.

新的方式来控制流量，或者捕捉和发布的目标化合物，水凝胶，正在调查之中。
New ways to control the flow, or catch and release of target compounds, in hydrogels, are being investigated.

剑桥团队设计的这种纤维是由一种名为水凝胶的糊状材料“纺”成的，其中98%都是水。
The fibres designed by the Cambridge team are“spun” from a soupy material called a hydrogel, which is 98% water.

粘土在海水里形成水凝胶--大量微小空间可以吸附周围的其他矿物质、化学物质和小分子.
In seawater, clay forms a hydrogel- a mass of tiny spaces which soak up other minerals, chemicals and tiny molecules from its surrounding area.

研究人员下一步的重点是证明水凝胶足够耐用，可以支持细胞悬浮在3D基质中的应用。
Researchers will next focus on showing that the hydrogels are durable enough to support applications with cells suspended in a 3D matrix.

水凝胶还可以用于3D打印，通过与细胞结合提供一种创建组织或结构。
The hydrogel can also be used in 3D printing and, in combination with cells, offers a way to create tissues or structures.

水凝胶4D打印依赖于水凝胶和非溶胀聚合物细丝的结合。
Hydrogel-based 4D printing relies on the combination of hydrogels and non-swelling polymer filaments.

再加上水凝胶出色的弹性机械性能，他们便研制出了一种可以很容易地拉伸、扭曲，还十分安全的新型电解质。
Coupled with the excellent mechanical properties of hydrogels, they developed a new type of electrolyte that can be easily stretched, twisted and safely.

她当时告诉巴西的R7网站：“水凝胶没有被我的身体吸收，并开始伤害我.
She told Brazil's R7 website at the time:"The hydrogel was not absorbed by my body and started to harm me.

通过该过程，水凝胶的强度和刚度分别提高了1.5倍和23倍，聚合物的重量增加了86％。
Through this process, strength of the hydrogel improved 1.5 times and stiffness 23 times, while the polymers' weight surged by 86%.

通过这一过程，水凝胶的强度和刚度分别提高了1.5倍和23倍，聚合物的重量增加了86%。
Through this process, the hydrogel's strength and stiffness improved 1.5 and 23 times respectively, and the weight of the polymers increased by 86%.

在所有情况下，水凝胶和弹性体都能产生强大，持久的化学键。
In all cases, the hydrogel and elastomer created a strong, long-lasting chemical bond.

她当时告诉巴西的R7网站：“水凝胶没有被我的身体吸收，并开始伤害我.
Urach told Brazil's R7 website,“The hydrogel was not absorbed by my body and started to harm me.

收集的水将保留在水凝胶中，直到暴露在阳光下。
The collected water will remain stored in the hydrogel until it is exposed to sunlight.