浸渍时间

增加浸渍时间，可显著增大深度，浸渍24h渗透深度是浸渍4h的10倍，但再延长时间效果不明显；

Thirdly , prolong impregnating time may increase permeable depth remarkably . When the poplar wood was impregnated for 24 hours , the permeable depth was as 10 times as others that was impregnated for 4 hours .

热压工艺中的压力对改性杉木的MOR，MOE影响最大，树脂浸渍时间是影响其吸水率和吸水厚度膨胀率的主要因素。

The effects of hot pressing pressure on properties of MOR and MOE of board were quite obvious and the impregnating time in UF resin was the most effective factor on properties of water absorption and thickness swelling .

不同浸渍时间对辐照后杨木气干密度、24h吸水率的影响

Effects of a Different Dipping Time to Air-dry Density and 24-hour Water Absorption by Irradiation MMA into Poplar

其最佳工艺参数为：熔融焊料温度≤270℃，母材在熔融焊料中的浸渍时间为2～3s。

The best soldering parameters are temperature less or equal to 270 ℃, and soakage time in 2-3s .

在浸渍时间为7d时有利于对葡萄酒的色素和酚类物质的浸提。

Days was better for macerating pigment and phenols .

光催化制氢实验表明，当浸渍时间为6h时，膜层光催化性能有较大提高。

Photocatalytic hydrogen production experiments showed that when the soaking time was 6h , the film photocatalytic properties were improved greatly .

研究了ACF浸渍时间、烧结温度对制备复合型光催化剂TiO2/ACF的影响。

Study the influence of the ACF dipping time , sintering temperature on the the preparation of compound photocatalyst TiO2 / ACF .

用偏振荧光法测定陆地棉纤维中非晶区物质的取向度f为0.2左右.在荧光剂浓度为0.01%条件下，浸渍时间至少需要48h。

The degree or orientation f of up - land cotton by fluorescence mothod is about 0.2 . In the case of 0.01 % fluorescent molecular solution , the least soaking time is 48h .

合适的氯钯酸钠浸渍时间为30h；

The appropriate maceration time was 30 hours .

Pt/石墨催化剂最佳制备条件为：以水为溶剂，浸渍时间24h，活性组分Pt的负载量为1.0%，氢还原温度为350℃。

The optimal preparation conditions of Pt / graphite catalyst are as follow : impregnant , distilled water ; impregnation time , 24 h ; the loading amount of Pt , 1.0 % ;

系统讨论了种子液浸渍时间、生长液浓度、生长时间和种子液pH值的变化对ZnO薄膜形态的影响，及不同的薄膜形态对竹材防护性能的差异。

The effect of immersion time in seed solution , consistency of growth solution , growth time and pH of seed solution on morphologies were discussed systematically . The protective performances of films with different morphologies for bamboo were mainly investigated .

在相同的浸渍时间内醇溶性PF树脂上胶量明显高于水溶性PF树脂，这种趋势随着浸渍时间的延长而逐渐减小。

The adhesive-soaking values of alcohol-solubility PF were bigger than that of water-solubility PF in the same time of immersion , however , the trend minished gradually as the time of immersion went .

结果表明：溶胶的浓度和PS模板在溶胶中的浸渍时间对薄膜的形貌有显著的影响，多孔薄膜孔径较微球直径收缩约30%。

The results show that the ZnO sol concentration and soaking time have a great influences on the morphology of the ordered ZnO porous thin films . There is a 30 % shrinkage between pore size and PS dimension .

采用硝酸铈和硝酸镧混合溶液对AZ31镁合金进行了双稀土转化处理，讨论了浸渍时间对转化膜耐腐蚀性能的影响。

AZ31 Mg alloy substrates were soaked in the mixed solution of cerium nitrate and lanthanum nitrate to generate dual rare earth conversion film .

通过用NaOH除灰，制备活性炭实验，研究了NaOH溶液浓度、温度、浸渍时间对除灰效果的影响及灰分对活性炭吸附性能的影响。

In this study , the experiments of removing ash by NaOH were carried out . The influence of solution concentration , temperature and immersing time on the removal of ash , and ash content on the adsorption performance of resultant activated carbon were investigated .

当液面升降速度为62mm/min，浸渍时间为25s时，薄膜厚度达到0.20μm。

The thickness of the film is up to 0 . 2 μ m when the dipping time is 25 seconds and the dropping speed is 62mm / min respectively .

磺化-炭化工艺的最佳条件是：硫酸/物料比为2，浸渍时间为2.5h，炭化温度为350℃，炭化时间2h。

Experimental results show that the best technologic conditions of sulfonation-charing are that the ratio of sulfuric acid and WFPS is 2 , dipping time is 150 min , the charing temperature is 350 ℃, and charing time is 2h .

在最佳条件下，料液比1∶4，浸渍时间1h，活化温度900℃和活化时间90min。

The optimum parameters for preparation of activated carbon were : 1 ∶ 4 of the ratio of bamboo dust to potassium hydroxide solution , 1 h of impregnation time , 900 ℃ of activation temperature , and 90 min of activation time .

采用防紫外整理剂CZS整理针织物时，本文选取浸渍时间、整理剂浓度、浸渍温度这三个因子，分别改变其中一项工艺参数，测试在不同整理条件下针织物的各项性能。

When using UV Resistance agent CZS to finish the knitted fabrics , this article respectively alters one factor among the dipping time , finishing agent concentration and dipping temperature , and tests each performance of the knitted fabric in different finishing conditions .

本实验采用响应曲面法结合单因素实验对抽真空温度、抽真空时间和浸渍时间等因素进行了优化。

In this paper , three factors are optimized using response surface method .

从涂层的电容测量值计算了涂层的电阻以及电阻随介质浸渍时间的变化。

The time dependence of the resistance was calculated by experimental value of the capacitance .

浸渍时间：19小时。

Soak time is 19 hours .

研究了载体浓度、硝酸银浓度和浸渍时间对抑菌率的影响。

The effect of the carrier concentration , silver nitrate concentration and immersion time on the bacterial inhibition rate ware studied .

结果加入碱的量对指标均具有非常显著性差异，而浸渍时间均无显著性差异。

RESULTS The amount of added alkali is the significant factor , while the maceration time is the inefficient factor to the extracting procedure .

溶胶浸渍时间和热处理温度是影响化成箔比容提高的主要因素。

The dipping time and the annealing temperature are the key factors influencing the capacitance of aluminum foils fabricated by sol-gel technology . 2 .

实验中研究了涂层中组分的质量百分含量对手套润滑性能的影响，研究了工艺条件中干燥温度、浸渍时间、以及涂层厚度对检查手套润滑性能的影响。

The effect of component , dried temperature , dipping time and coating thickness on lubricant of checking gloves was studied in this experiment .

研究表明：影响阳极炭块优化处理质量的主要因素是焙烧时间、溶液浓度和浸渍时间。

The results show : The main factors affecting the quality of electrolyze aluminum anode carbon lump are roasting time , solution concentration and immersion time .

结果：壳聚糖吸附碘量与浸液中的碘浓度，浸渍时间和固液比有关。

RESULTS : The amount of adsorbed iodine onto chitosan was related to the concentration of iodine , the immersing time and the solid to liquid ratio .

研究了母带厚度、钢液过热度、浸渍时间等工艺参数对薄带凝固层厚度的影响规律。

The effects of technical parameters on the thickness of solidified shell were studied , such as base strip thickness , liquid steel superheating and dipping time .

但随着冷浸渍时间延长和清汁部分分离发酵温度的升高，酒样中总酚、丹宁及总花色苷含量随之增加。

But with extension of cold maceration time and fermentation temperature of fermentation with partly separated clear juice increases , the content of total phenols , tannins and total anthocyanin also increase . 6 .