1) combined acids
树脂结合酸
1.
The combined acids, LHZZS,XDZZS and SLZZS, one of four fractions in montan resins from montan waxes from Liaohu, Xundian (Yunnan province) and Shulan(Jilin province) brown coal respectively, were derived by CH 2N 2 to methyl esters and their chemical constituents and structural characteristic were studied on GC-MS.
结果显示 ,树脂结合酸均以正构烷酸为主要成份 ,其分布为C1 2 ～C2 8,高含量的正构烷酸集中在低碳数一端 ,C2 0 含量最高 ,其次为C1 6 ,而舒兰结合酸中 ,正构烷酸占绝对优势 ,且C1 6 为最高含量的化合物 ;去氢松香酸在每一个样品中含量较低 ,其它三环二萜酸 ,如松脂酸、三达松脂酸等异构体或立体异构体含量也非常低 ;具有五环三萜骨架的酸性物质 ,在潦浒、舒兰结合酸中比较丰富 ,其含量超过寻甸结合酸 ;在低碳数一端 ,存在着各种支链烷酸及苯甲酸、苯酚及取代物 。
2.
Chemical constituents and structural characteristic of the combined acids in brown coal resin from Chinese brown coal waxes;
结果显示 ,树脂结合酸均以正构烷酸为主要成分 ,其分布为C12 ～C2 8,高含量的正构烷酸集中在低碳数一端 。
2) resin-bond
树脂结合
1.
In order to meet the increasing demands for MgO-CaO refractories in refining ladle, the effect of different refining slag including the CaO/SiO_2 and CaO/Al_2O_3 system on the corrosion of resin-bonded MgO-CaO unburned brick was investigated by testing slag resistance in induction furnace.
为了适应精炼钢包对镁钙材料日益增长的需求,通过感应炉抗渣实验研究了不同精炼渣系(CaO SiO2和CaO Al2O3)对不同组成的树脂结合不烧镁钙(MgO CaO)砖侵蚀的影响,并借助显微镜和电子探针对熔渣熔蚀、渗透进行了研究。
3) resin bond
树脂结合剂
1.
The influence of the characteristic of the resin bond diamond wheels and grinding parameters on ferrite ceramics is studied by the grinding comparative experiments.
通过磨削对比试验研究了树脂结合剂金刚石砂轮的特性参数和磨削用量对铁氧体陶瓷表面粗糙度的影响;通过砂轮速度、磨削深度、横向进给速度和纵向进给速度等四因素及各因素之间交互试验的数据分析和金相显微图像比较,探讨了各因素对陶瓷表面粗糙度的影响规律,并优化了降低表面粗糙度的磨削参数。
2.
A novel epoxy resin bond for diamond wheel using polyamine as curing agent was introduced in this paper.
本文介绍了一种新型的操作工艺简单、耐水、耐热、耐酸碱溶液的环氧树脂结合剂的制备方法。
3.
Through grinding experiments, the grinding performances of resin bond grinding wheels made with self - sharpening diamond(CSD) was studied.
试验结果表明,由于CSD形状不规则,有许多凹入角和粗糙表面,树脂结合剂对CSD的把持力较普通金刚石强,所以在磨削各参数相同的条件下,自锐性金刚石砂轮与普通金刚石砂轮相比,其磨削比提高60%以上。
4) pliobond
[pli'ɔbɔnd]
合成树脂结合剂
5) alkyd resin binder
醇酸树脂粘结剂
6) conjugated fatty acid
结合脂肪酸
补充资料：结合酸
结合酸
combinative acid
见“胃酸”。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条