浸渍

The preparation of three different shapes a-Fe2O3 nano-particles by means of force hydrolyzation was discussed in this paper. By controlling the experimental conditions (Fe3+ concentration, acidity, reaction time, reaction temperature etc.), the particles with different shapes (ellipsoidal, pseudocubic, sphere) were obtained.

本论文采用强迫水解法制备了三种不同形貌的α-Fe_2O_3水溶胶，通过对反应条件Fe~(3+浓度、酸度、反应温度、反应时间等的控制获得了不同形貌(椭球形、球形、准立方体形)和粒径的α-Fe_2O_3，并利用浸渍—提拉法制备了α-Fe_2O_3纳米粒子薄膜。

METHODS: The 316L stainless steel was dip into a mixture of 5 g/L quaternionic copolymer tetrahydrofuran and 10% RNAIII inhibiting peptide to obtain stable polymer coating, which was extracted at density of 1 cm2/mL in saline at 37 ℃ for 72 hours to get 100% eluent. The same volume of saline was added to make 50% eluent.

将洁净的316L不锈钢片浸渍于5 g/L的四元共聚物四氢呋喃和质量分数10%的RNAⅢ抑制肽混合溶液中，获得稳定的聚合物涂层，按1 cm2/mL在37 ℃无菌条件下用生理盐水浸提72 h，制得浸提液原液；加入同体积的无菌生理盐水制得50%浸提液。

Flame Retardent laminate made from woven glass fiber material impregnated with epoxy resin.

用浸渍环阳树脂的玻纤布制成的阻燃积层板。

Maize syrup, a kind of brown sticky liquid is concentrated from the retted mixture. Its main contents are soluble protein, peptide and amino-acid etc., which is very nourishing. It can be used for producing antibiotic, gourment powder, yeast, inositol and etc.. So the maize syrup is a very important valuable by-product .

玉米浆是由浸渍水浓缩制得的，外观为棕褐色粘稠液体，主要成分大部分为溶解蛋白以及肽类、氨基酸等，有很高的营养价值，可用于生产抗生素、味精、酵母等产品的细菌营养料，同时还可制造菲汀、肌醇、植酸等，因此，玉米浆是重要的有价值副产品。

A modified semicoke desulfurizer for FCC gasoline was prepared by hydrothermal and nitric acid activation and dipping with activate component using Zhalainuoer semicoke as raw material.

以扎赉诺尔半焦为原料，采用硝酸活化、水热活化和浸渍活性组分等改性方法，制备了改性半焦脱硫剂，并用于脱除FCC汽油中的各种硫化物。

A series of SiW_(12)/AC catalysts with different silicotungstic acid loadings supported on acti- vated carbon which was treated with 10% HNO_3 solution were prepared by an impregnation method and the catalytic performance of SiW_(12)/AC for the synthesis of trioxane were investigated.

以10%硝酸溶液处理过的活性炭为载体，采用不同质量分数的硅钨酸SiW_(12溶液为浸渍液，制备了不同负载量的SiW_(12)/AC催化剂，考察了催化剂在合成三聚甲醛中的催化性能，并用XRD、FT-IR、NH_3- TPD、BET、TG-DSC等手段对SiW_(12)/AC催化剂晶粒大小、催化剂表面的酸量及酸强度、比表面积及热稳定性等微观特性进行了表征。

The phosphotungstic acid and the silicotungstic acid are prepared firstly, and the Keggin structure of them is also confirmed by IR spectrum. Then the HPWA/SiO2 and HSiWA/SiO2 are prepared by impregnation, and IR spectrum and UV spectrum are used to characterize the Keggin structure of them.

通过经典酸化－乙醚萃取法制备了钨磷酸和钨硅酸，并用红外光谱证明其具有Keggin结构；再用传统浸渍法对制备的钨磷酸和钨硅酸进行SiO2固载化，然后重点对杂多酸在固载化后Keggin结构是否依然保持进行了研究。

The exothemicity of impregnated catalyst is not only little in air, but exothemicity is little and heat is dispersed during sulfurization. H2S concentration is much higher in effluent gas, if the effluent gas could be recycled, then sulfiding degree of catalyst is increased and resource is saved.

浸渍催化剂不仅在空气中保管时放热温升小，而且硫化时放热少且分散；尾气中H_2S浓度较大，如果能循环利用尾气，那么既能提高催化剂的硫化度又能节省能源。

In order to evaluate the resistance risk of meilingmycin and chlorfenapyr to Tetranychus urticae , resistance selection by slide slip method were carried out in laboratory. The related susceptible population of T.

在温室内模拟田间药剂的选择压力，用梅岭霉素和溴虫腈对二斑叶螨 Tetranychus urticae 以浸渍法逐代处理，选育其抗性种群，评价其抗性风险性。

The flow-resistor network and corresponding formula are derived from the structural modelof tracheid,dynamics of fluids and percolation theory,moreover it has been verified by themeasurement.

木材径向和弦向渗透在木材干燥、木材浸渍改性中有较多的应用，这样就使得本文关于针叶材气体渗透三维流阻网络理论具有较大的实际应用意义。

What would he tell Judith and the children?

他将怎样告诉朱迪丝和孩子们呢？

I this is at that time, the opinion with peacockish true girl is full of in a heart.

这就是当时的我，一个心中布满虚荣的女孩子真实的想法。