A novel preparation technology of spherical cellulose was studied in this paper.
研究了一种简单、周期短的制备球形纤维素的工艺。
The researches on domestic water-soluble modified natural polymeric drilling fluid loss additive were introduced in this paper, and which can be divided into six categories, i. e., cellulose, lignin, starch, lignite, Humic Acid and tannin.
本文介绍了国内水溶性改性天然高分子作为石油钻井液降滤失剂的研究概况，把目前水溶性高分子在降滤失剂的应用情况分为六大类：纤维素类、木质素类、淀粉类、褐煤类、腐殖酸类、单宁类。
However, as the paper cellulose with hydrophilia to move the paper moisture content of completely reduced to zero is not possible, it is unrealistic and unnecessary.
但由于纸弛纤维素的干火本能机能，但愿不兵纸弛洋的含火率合座落为不整是不不定的，也是不幻想和不必定的。
It is used to process dispersing and reducing dyestuff, the dispersing agent without affinity for cellulose fiber and with affinty for erilan and nitrilon. it can compound with other dispering agents and use in paper making、pesticide、architecture、artesian well in oil etc.
用途十分广泛，主要用于分散染料和还原染料作填充料，混凝土减水剂，还可用于造纸、农药、建筑、陶瓷、石油钻井、水处理、碳黑、等行业作分散剂。
The journal well informs the research advances of the chemistry of wood, wood components and wood products to chemists, pharmaceutist, biological scientists and wood and paper technologists, including the chemistry of pulping, lignin, cellulose, hemicellulose, extractives chemistry, wood and bark chemicals and biomass conversion or utilization etc.
该杂志为化学家，药剂师，生物科学家以及木材与纸张技术专家全面提供了木材化学，木材成分以及木材产品的研究进展，包括纸浆化学，木质素，纤维素，半纤维素，提取物化学，木材与树皮化学制品以及生物的数量转换或利用等等。
This paper simulates the main component of biomass-cellulose with pledget and the filter paper.
以脱脂棉、滤纸模拟生物质的主要组分之一纤维素，在不同稀硫酸浓度、时间和温度反应参数下，进行纤维素水解糖化试验研究，以还原糖量为指标，考察纤维素糖化最佳反应条件。
An aerobic yellow strain of cellulose-degrading bacterium was isolated from soil with cellulose agarose double-layer plate and filter paper of plain plate in this research, combining with the character of morphology and physiological biochemistry characteristic of this strain, The strain was dentified as a member of the genus of Sporocytophaga and named Sporocytophaga sp.
本研究采用双层平板与滤纸平板相结合，从土壤中筛选到能强烈分解纤维素的好氧性黄色菌株，结合形态学特性、生理生化特征初步鉴定该菌为生孢噬纤维菌，命名为生孢噬纤维细菌JL-02(SporocytoPhagaJL-02)菌株。
YTY paper reinforcement of the recently developed a new water soluble polymer material, it is a high molecular weight polymer compound ionictype, mechanim, numberrepresentationof exesting non－ionic, and numberrepresentationof anions and cations, so this in paper-making process, you can and pulp fiber molecules multi-spots adsorption, which increases the fine celluiose filler and retention; at the same time it can also promote hydrogen between cellulose, and gives the paper jiantiao dry strength significantly increase, because the reinforcement of the unique structure, so it can be used with other paper cocatalyst compouding, a broad pH range as a reinforcement of the paper is available at wood pulp and wood pulp-straw gamasid mixed pulp and paper pulp etc.
YTY纸张补强剂系近期研制成功的新型水溶性高分子材料，它是一种高分子量复合离子型的高聚物，在其分子结构中，既有非离子基团，还有阴离子、阳离子基团，因此这在造纸过程中，可以与纸浆中的纤维分子形成多点吸附，从而提高填料与细纤维素的留着率；同时它还可促进纤维素分子之间的氢健作用，使纸张干强度明显提高，由于该补强剂分子的独特结构，因此它可与其它造纸助剂复配使用，能在较宽广的pH范围内，作为纸张补强剂，可以在木浆、木浆——草浆混合浆、革浆等多种纸浆中使用。
Meanwhile, we studied on effect of paper physical performance by compound sheet of collagen and cellulose fiber.
本文通过正交试验方法确定了从皮革废弃物中提取胶原蛋白的最佳工艺，同时通过将胶原蛋白与植物纤维混合抄片，研究了它们对纸张物理性能的影响。
It was proved that the model is reasonable to avicel, filter paper cellulose and amorphous cellulose.
证明该模型是合理的。
Beyond this the moisture determination as active water in oil and cellulose provides easy, accurate and continuous measurements and reflects directly the destructive potential of water in oil paper insulations.
此外，按变压器油和绝缘材料中的活跃的水分来确定湿度，能提供方便、精确和连续的测量，并且直接反映变压器油－纸绝缘中的水分的破坏性潜力。
Meanwhile this paper studied the combination characters of plant cellulose and BC.
同时研究了植物纤维与细菌纤维的结合特性。
Blend and application of collagen protein and cellulose is one of important question for study of natural polymer. It is very important to the composite study of natural polymer and the comprehensible utilization of leather solid waste and waste paper.
胶原蛋白与纤维素的复合与利用是天然高分子开发与利用的重要课题之一，对天然高分子复合材料的研究以及皮革固体废弃物和废纸的综合利用具有重要的意义。
This paper compared a multiple separator made in laboratory with the hydrate cellulose separators, and made a primary evaluation of the possibility for the application of this type of.
通过对一种在实验室中制成的复合隔膜和目前使用的水化纤维素隔膜进行比较，初步评估这种复合隔膜用于电池的可行性。
The degrading capability of a high-efficient complex microbial system to degrade cellulose and lindane was tested under different cultivating conditions. The results show that the complex microbial system can decompose filter paper, absorbent cotton, rice straw powder and sawdust effectively, especially has high degrading activity for the materials with higher native cellulose such as filter paper and absorbent cotton. The more cellulose was decomposed, the more lindane was degraded.
该论文作者对一组高效降解纤维素林丹的复合微生物菌系在不同培养条件下的降解能力进行了研究，结果表明，该复合菌系对滤纸、脱脂棉、稻秸粉和锯末等不同纤维素材料均有较强的降解能力，但相比之下对天然纤维素含量高的碳源降解效果更好。
The degrading capability of a high-efficient complex microbial system to degrade cellulose and lindane was tested under different cultivating conditions. The results showed that the complex microbial system can decompose filter paper, absorbent cotton, rice straw powder and sawdust effectively, especially has high degrading activity for the materials with higher native cellulose such as filter paper and absorbent cotton. The more cellulose was decomposed, the more lindane was degraded.
该试验对一组高效降解纤维素林丹的复合微生物菌系在不同培养条件下的降解能力进行了研究，结果表明，该复合菌系对滤纸、脱脂棉、稻秸粉和锯末等不同纤维素材料均有较强的降解能力，但相比之下对天然纤维素含量高的碳源降解效果更好。
In order to utilize cellulose of the paper-tableware, it was degraded by cellulase, and then fer-mented by microzyme.
为了使纸质餐具中的大量纤维资源得到充分利用，采用纤维素酶对纸质餐具进行酶解，继而进一步用酵母菌进行发酵生产酒精。
Results So ce shu-1 could use the cellulose from cornstalk and filter paper, and its cellulase activity was 12.30 UFPA/mL. The secondary metabolites of So ce shu-1 had broad-spectrum antimicrobial activity and could effectively inhibit the growth of tumor cells, especially inhibiting K562 cell line.
结果So ce shu-1能利用玉米秸秆和滤纸等纤维素，纤维素酶活性为12.30 UFPA/mL，其次级代谢物有广谱抗菌活性，对 K562等肿瘤细胞有较好的抑制效果。
According to the cellulose coated electrode's special request of the welding power, the automatic control system of digital pipeline cellulose welding power based on DSP is developed in this paper. the design of Hardware and software is introduced.
本文根据纤维素焊条对焊接电源的特殊要求，建立了基于DSP的数字化管道纤维素焊接电源控制系统，介绍了其硬件和软件设计。
By addition of 10% bacterial cellulose into reed pulp, breaking length of paper could increase by 22%, burst index by 8%, tear index by 5%.
在苇浆中加入 1 0 %的细菌纤维素可提高裂断长 2 2 %，耐破指数 8%，撕裂指数 5 %。