A method for the treatment of fibers, in particular halmgewaechsen, before their processing to form construction - or insulating material

• 1. 纤维处理剂、用该纤维处理剂处理的纤维、纤维织物、层合体以及纤维处理方法 [P] . 中国专利： CN101146950B . 2012.02.29
• 2. 纤维处理剂、用该纤维处理剂处理的纤维、纤维织物、层合体以及纤维处理方法 [P] . 中国专利： CN101146950A . 2008-03-19
• 3. A method for the treatment of fibers, in particular halmgewaechsen, before their processing to form construction - and insulating material [P] . 德国专利： DE965869C . 1957-06-27

  机译： 一种在纤维形成绝缘结构之前处理纤维的方法，特别是在处理过程中

• 4. method for the treatment of fibrous materials, in particular halmgewaechsen, processing, construction and insulating material [P] . 德国专利： DE000000965869B . 1957-06-27

  机译： 处理纤维材料，特别是哈尔姆格瓦希森的方法，加工，构造和绝缘材料

• 5. method for the treatment of fibrous materials, in particular halmgewaechsen, processing, construction and insulating material [P] . 德国专利： DE000000937635B . 1956-01-12

  机译： 处理纤维材料，特别是哈尔姆格瓦希森的方法，加工，构造和绝缘材料

• 1. Recent advances of Cu-based hole transport materials and their interface engineering concerning different processing methods in perovskite solar cells [J] . Tengling Ye, Xiaochen Sun, Xiaoru Zhang, 天然气化学（英文版） . 2021,第011期
• 2. Investigation of Agave cantala-based composite fibers as prosthetic socket materials accounting for a variety of alkali and microcrystalline cellulose treatments [J] . Sakuri Sakuri, Eko Surojo, Dody Ariawan, 力学快报(英文版) . 2020,第006期
• 3. A digital image processing method for estimating the level of hydrophobicity of high voltage polymeric insulating materials [C] . Berg, M., Thottappillil, Electrical Insulation and Dielectric Phenomena, 1999 Annual Report Conference on . 1999
• 4. A Novel Method for Fabricating Material Extrusion 3D Printed Polycarbonate Parts Reinforced with Continuous Carbon Fiber and Improvement of Strength by Oven and Microwave Heat Treatment [D] . Jahangir, Naim. 2018
• 5. Analytic Hierarchy Process-Based Construction Material Selection for Performance Improvement of Building Construction: The Case of a Concrete System Form [O] . Dongmin Lee, Dongyoun Lee, Myungdo Lee, 2020
• 6. ABSTRACTudThe purpose of this research is to obtain an optimal formulations of Black mulberry leaves dried noodle product by using Design Expert Application with Design Mixture D-optimal method.udThis research was done with two phases. The preliminary procedures research is to determine levels of antioxidant activity, chlorophyll content, and the levels of tannin that was contained in black mulberry leaves, the black mulberry leaf flour, a pare fruits, and pare flour. Primary research is to determine the best formulation by using a Mixture Design Expert Design D-optimal method, for a purpose is to optimized the Black mulberry leaf dry noodle. Responses in this studies are a chemical analysis response by using a crude fiber analysis and protein analysis. Physical response is water absorption. Sensory response are color, flavor, and odor.udBlack mulberry leaves dried noodles was made from wheat flour, black mulberry leaf flour, and pare flour, other materials such as an eggs, water, salt, and sodium bicarbonate, of the 16 formulations that has offered to produce an optimal formulation based on desirability which contains 39.69 Flour,14.25 Black Mulberry Leaves flour, 3.06 Pare fruit and flour amounted, and other materials are 30 water, 10 eggs, 2 salt, and 1 sodium bicarbonate. The formulation has been result by program 11,05 crude fiber content, 12.93 protein, 274.31 water absorption, 4,31 for color attribute, 3,87 for taste attribute, and 3,71 for aroma attribute.ududKeyword: Black mulberry leaf dried noodles, optimization. [O] . Leti Nurlatifah Alumni, Yudi Garnida DS, Tantan Widiantara DS 2017

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• 3. STUDIES ON SURFACE CHARACTERIZATION AND ECOMATERIAL SHEET DEGRADATION OF BASALT FIBERS BY PLASMA TREATMENTS AND WOOD FIBERS [J] . Guangjian Wang ,Yajie Guo ,Deku Shang . 天津科技大学学报 . 2004,第0z2期
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• 5. 含杂环的芳香族共聚酰胺纤维在热处理过程中的结构与性能研究 [A] . 唐国平 . 2013