首页> 外文期刊>Scientia Africana: An International Journal of Pure & Applied Sciences >IMPACTS OF FUNCTIONAL GROUPS ON THE INTERMOLECULAR FORCES OF ATTRACTION IN ANIMAL GLUE OBTAINED FROM THE FEMUR BONES OF COW (BOS TAURUS)
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IMPACTS OF FUNCTIONAL GROUPS ON THE INTERMOLECULAR FORCES OF ATTRACTION IN ANIMAL GLUE OBTAINED FROM THE FEMUR BONES OF COW (BOS TAURUS)

机译:官能团对从牛股骨获得的动物胶(BOS TAURUS)分子间吸引力的影响

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摘要

Functional groups in samples obtained from the femur bone of Cow (Bos taurus) were determined using Shidmazu Fourier transform infrared (FT-IR) - 8300 spectroscopy: The bones were crushed, washed properly with warm water and immersed in lime solution for three days. Samples were then treated with dilute 20% hydrochloric acid (to release the collagen in the bone) dried and crushed to a particle size of 0.02 mm. Results obtained from FT-IR analyses shows the presence of alcohol, alkyne, carboxylic acid, phosphate, 1,3 disubstituted aromatics and haloalkanes at wavelength ranges of3550 - 3200 cm~(-1), 2360 - 2014 cm~(-1), 1420 - 1320 cm~(-1), 1099 - 1039 cm~(-1), 970 - 890 cm~(-1) and 705 - 550 cm~(-1) respectively. The presence of functional groups with highly electronegative atoms such as two, three andfour oxygen atoms in carboxylic acid, anhydrides and phosphates respectively in addition to the presence of halogens in haloalkanes and multiple bonds in alkyne, nitrile and alkenes increases the polarizability of the compounds thereby strengthening the weak intermolecular forces of attraction such as hydrogen bond and Van der Waal forces of the adhesive molecules which ultimately increases the adhesive strength and the force of cohesion of the animal glue produced.
机译:功能组样本中得到的股骨的骨牛(牛)测定使用Shidmazu傅里叶变换红外(ir)- 8300光谱:骨头压碎,正确地用温水和沉浸在清洗石灰的解决方案三天。处理稀释盐酸(20%骨中的胶原蛋白)干和释放粉碎粒度的0.02毫米。从红外光谱分析显示存在酒精、炔、羧酸、磷酸,1、3双取代的芳族烃和卤代烷波长范围of3550 - 3200厘米~(1),2360年2014厘米~(- 1),1420 - 1320厘米~ (1),1099 - 1039厘米~(- 1),970 - 890厘米~(1),705 - 550厘米~ (1)分别。2、等高度原子的电负性三个andfour氧原子在羧酸,酐分别和磷酸盐中卤素的存在卤代烷和多个债券炔腈和烯烃的极化率增加化合物从而加强薄弱分子间作用力的吸引力等氢键和范德瓦尔部队的胶分子最终增加了粘合强度和凝聚力的力量动物胶。

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