1.
Preliminary Study on the Methods for Accounting the Pollutants Derived from Wheat Straw Soda Pulping
麦草烧碱法制浆污染物核算方法初探
2.
Effect of xylanase on alkaline pulping for wheat straw
木聚糖酶预处理对麦草烧碱法制浆的影响
3.
Studies of Wheat Straw Xylanase-soda Chemi-mechanical Pulping;
麦草木聚糖梅—烧碱法化学机械制浆研究
4.
Soda-CT-1 Additive Pulping and TCF Bleaching of Bagasse with Black Liquor Pretreatment;
蔗渣黑液预煮烧碱-CT-1助剂法制浆与全无氯漂白的研究
5.
Study on the Lignin Structural Changes during NaOH-AQ Cooking and TCF Bleaching of Wheat Straw;
麦草烧碱—蒽醌法制浆及TCF漂白过程中木素结构变化的研究
6.
Straw pulping with microwave irradiation and its influence on pulp properties
微波辐射碱法稻草制浆及其对纸浆性能的影响
7.
Application of bittern-doping process to producing ion-exchange membrane caustic soda
掺卤制碱在离子膜法烧碱生产中的应用
8.
Study on Synthetical Utilization of Lignin from Alkaline Pulping Black Liquor
碱法制浆黑液中木素综合利用的研究
9.
Affection of Alkaline Pulp Black Liquor on Root Growth of Allium Cepa;
碱法制浆黑液对洋葱根系生长的影响
10.
Contribution of the Major Components in Wheat Straw to the Organic Material Loading of Its Soda Pulping Black Liquor
麦草碱法制浆原料组分对污染物贡献率的研究
11.
Impacts of Extracting Hemicelluloses by Water Prehydrolytis on Eucalyptus Alkaline Pulping
水预水解提取半纤维素对桉木碱法制浆的影响
12.
Study of the Preparation of Alkali Earth Metals Halide by Combustion Synthesis;
燃烧合成法制备碱土金属卤化物的研究
13.
Studies on the Technology of Preparing Magnesium Oxide Whiskers wih Basic Magnesium Chloride by Sintering Method
碱式氯化镁烧结法制备氧化镁晶须的工艺研究
14.
Noncondensible Gases Disposal Technology of Modern Kraft Pulping Mill
浅谈现代硫酸盐法制浆厂的臭气燃烧处理技术
15.
Pilot Study on the Fluidized Bed Combustion of Pulp Black Liquor for Direct Alkali Recovery.
草浆黑液直接碱回收技术的燃烧试验研究
16.
The Rule and Mathematic Model of Scaling Ions Formation during Alkaline Pulping
碱法制浆过程中结垢离子的生成规律及数学模型的建立
17.
Preparing of 3D C/SiC-TaC Composites Using Slurry and CVI Method and Research on Anti-ablation Property
料浆浸渗法结合CVI制备3D C/SiC-TaC复合材料及其烧蚀性能研究
18.
The current status of metal anode diaphragm caustic soda produ ction in domestic chlor-alkali industry was detailed.
详细介绍了我国氯碱工业采用金属阳极隔膜法制烧碱的现状及与世界先进水平的差距。