吸收的

In the Filicinophyta, Sphenophyta, and Lyophyta the embryo sporophyte produces a footlike structure that remains embedded in the tissues of the parent gametophyte plant, absorbing nutrients like the suspensor of higher plants.

在真蕨门 filicinophyta ，楔叶门 sphenophyta，和石松门 lycophyta 中，胚胎孢子体产生足状结构，仍然包裹于双亲配子体植物内。胚胎吸收营养的方式同高等植物从胚柄那样吸收营养一样。

Approaches to improving the measurement precision of two-photon absorption is presented by analyzing the absorption threshold intensity.

应用吸收临界光强公式分析了提高双光子吸收系数测量精度的途径。

Adopt the advanced technology to complete the digest of trepang out of the body.

的肽分子生物酶解技术，可被人体直接充分吸收，有效成分吸收更彻底

Methods Under the acid condition, fluorine could be separated by distillation, then fluorine is absorbed by washing liquid. The electricity lead detection-ion chromatogram with Ionpac AS14 column was employed to determine the content of fluoride, 3.5 mmol/L of sodium carbonate-1.0 mmol/L of soda as the washing liquid at 1.2 ml/ mm.

氟在酸性条件下，蒸馏分离，蒸出的氟化氢被淋洗液吸收，采用电导检测－离子色谱仪和IonpacAS14色谱柱，3.5 mmol/L碳酸钠－1.0 mml/L碳酸氢钠为淋洗液，流量为1.2 ml/min，样品及标准系列在酸性条件下经水蒸气蒸馏－吸收，直接进样测定。

When the Mn content increased from 6% to 12%, the absorbency in strong UV absorption increased too.

当x从6%增加到12%时，薄膜对紫外强吸收区的光吸收能力也增加。

Potential absorptive and realized absorptive capacity is important for improving regional Competitiveness and economic level.

区域潜在吸收能力和现实吸收能力对于提高区域竞争力和经济水平具有重大的作用。

Aminoguanidine could not effectively prevent bone mass loss of diabetic rats.

但由于AGE对Ⅰ型胶原的修饰，使其在骨吸收中对蛋白酶水解产生高度抵抗，PTH不能充分发挥骨吸收作用。

Recovery of anisaldehyde and anisic acid achieves 97.42%~100.09% and 99.89%~101.90% respectively.

结果表明，茴香醛和茴香酸在260 nm有等吸收点，利用紫外等吸收点特性简化混合物各组分质量浓度的计算方程，得出了线性方程：ρ茴香醛=(A292-0.006 4/0.077 5，ρ=(A260-A292)/

Under these best conditions,at aspace tower velocity of 0.3m/s and after two steps'absorption,the con-centration of NO_x can be reduced from 2000ppm～11000ppm to 250ppm～600ppm and NO_x-removal efficiency reaches 90%～94.5%.

理论和实践都证明，NO除生成络合物外，在水中或碱液中都几乎不被吸收。为了有效地吸收NO二，需保证尾气中NO二的氧化度达50%~60%。

In the three systems, system realizes the crosslinking of PVC bases on the peroxide crosslinking mechanism, the tensile strength of crosslinked PVC has been improved somewhat, the IR spectrum of gel demonstrates that there are characteristic absorption peaks of n-alcohol that belongs to ethanol amine and benzenoid group. From the analysis of gel structure , deduces that the mechanism of crosslinking reaction: under the initiations of peroxide and high temperature, PVC yields macromolecules free radicals, at the same time , styrene"s polymerization and grafting onto PVC takes place, at last the system forms crosslinking structure through coupling between radicals; confirms that triethanol amine can absorb HC1 produced by degradation of PVC, so improves the crosslinking efficiency of peroxide, decreases the HCl"s promotion for PVC"s degradation; deduces that triethanol amine can activate the PVC macromolecules and prolong the free radicals" life-time of PVC macromolecules; the effect to the PVC macromolecule makes styrenes graft reaction easy, and thus improves the crosslinking efficiency.

三种体系中三乙醇胺/过氧化二异丙苯/苯乙烯体系基于过氧化物交联机理实现了聚氯乙烯的交联，聚氯乙烯交联后拉伸强度有一定提高，凝胶红外光谱分析证实了凝胶结构中含有乙醇胺的伯醇基团特征吸收和苯环的特征吸收，由凝胶结构分析，推断出交联反应的机理：聚氯乙烯在过氧化物和热作用下产生大分子自由基，苯乙烯在过氧化物和大分子自由基的作用下发生聚合和接枝反应，最终通过自由基之间的偶合产生交联；证实三乙醇胺可以吸收聚氯乙烯分解产生的HCl，提高了过氧化物的交联效率，消弱了HCl对聚氯乙烯降解的促进作用；推断三乙醇胺可以活化聚氯乙烯大分子并有可能使聚氯乙烯大分子自由基存在的时间得以延长，对聚氯乙烯大分子的作用使苯乙烯的接枝反应易于发生，从而提高了交联效率。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。