1) high fluorine and high-Mg
高氟高镁
2) high magnesium
高镁
1.
Objective:To investigate the role of high magnesium on rat isolated hearts after 5 min of ischemia/reperfusion.
方法:建立Langendorff离体心脏缺血再灌注模型,结扎冠状动脉左前降支,缺血20 min,复灌60 min,高镁组在复灌5 min时应用浓度为2。
3) High fluoride
高氟
1.
To explore the effect of high fluoride and low protein on tooth development and clarify the mechanism of excessive tooth wear, and decalcification of incisors were researched by SEM.
为了探索高氟低蛋白对牙齿发育的影响 ,阐明牙齿过度磨损的机理 ,应用扫描电镜对第一、二切齿脱钙前的矿化及脱钙后的基质结构作了观察。
2.
96 healthy wistar rats were randomly divided into 4 groups (24 for each group): The rats were exposed to high fluoride drinking water(100mg/L NaF), high arsenic drinking water (50mg/L As2O3 ) or both together in order to assess the effects of these three factors on the Cerebral development and Learning-memory ability of rats.
分别自由饮用蒸馏水、高氟水(含100mg/L NaF)、高砷水(含50mg/L As_2O_3)和高氟高砷水(含100mg/L NaF和50mg/L As_2O_3),喂常规饲料。
4) high fluorine
高氟
1.
A test of chronic fluorosis was done in chickens to study the effects of high fluorine on micronucleus rate.
为探讨高氟对鸡微核率的影响 ,实验组鸡饮用不同浓度的含氟水 ,对照组鸡饮用正常自来水 ,比较两组微核率 ,用 χ2检验方法作显著性检验。
2.
In this experiment, high-fluorine models of New Zealand white rabbits were developed to research the relationship between high fluorine and atherosclerosis,as well as the interaction between high fluorine and high-lipid diet,and to explore the possible mechanisms.
本研究通过建立新西兰白兔高氟模型,研究高氟与动脉硬化的关系以及高氟与高脂之间的相互作用,探讨其可能的致病机理。
3.
Objective:In this experiment,high fluorine-induced arterioslerosis models of New Zealand white rabbits were developed,take selenium as the role of intervention factors,to explore the possibility and mechanisms of selenium prevents and treats arteriosclerosis.
目的:本研究通过建立新西兰白兔高氟致动脉硬化模型,将硒作为对氟致动脉硬化作用的干预因素,探讨硒预防和治疗动脉硬化的可能性及机理。
5) high iodine and fluorine
高碘高氟
1.
The prevalence of endemic goiter and endemic dental fluorine due to the water that contains high iodine and fluorine.;
黄河三角洲水源性高碘高氟致甲状腺肿和氟斑牙流行
6) high magnesium phosphate rock
高镁磷矿
1.
For the production of diammonium phosphate(18-46-0DAP)from high magnesium phosphate rock raw material,magnesium removal experiment is made in concentration of phosphoric acid.
为了利用高镁磷矿制得符合18-46-0 DAP要求的原料磷酸,进行了磷酸浓缩过程中脱镁的探索性试验,选用(NH4)2SiF6为脱镁沉淀剂。
补充资料：高钙镁砖
分子式：
CAS号：
性质：又称高钙镁砖。以方镁石为主晶相，以硅酸三钙为次晶相的镁质耐火材料。含MgO80%～87%，CaO6%～9%，CaO/SiO2比在 2.2～3.0之间。其显显结构特征为方镁石与硅酸二钙及硅酸三钙直接接触，低共熔物（4CaO·Al2O3·Fe2O3成细脉状填充于硅酸二钙和硅酸三钙的晶隙间。气孔率低。荷重软化开始温度一般高于1700℃，抗碱性渣性能良好。但抗热震性较差。以钙镁砂为原料，经粉碎、配料、混炼、成型后，在1550～1600℃高温下烧成。可用于炼钢侧吹转炉风眼处、平炉炉顶和吹氧转炉上等处。
CAS号：
性质：又称高钙镁砖。以方镁石为主晶相，以硅酸三钙为次晶相的镁质耐火材料。含MgO80%～87%，CaO6%～9%，CaO/SiO2比在 2.2～3.0之间。其显显结构特征为方镁石与硅酸二钙及硅酸三钙直接接触，低共熔物（4CaO·Al2O3·Fe2O3成细脉状填充于硅酸二钙和硅酸三钙的晶隙间。气孔率低。荷重软化开始温度一般高于1700℃，抗碱性渣性能良好。但抗热震性较差。以钙镁砂为原料，经粉碎、配料、混炼、成型后，在1550～1600℃高温下烧成。可用于炼钢侧吹转炉风眼处、平炉炉顶和吹氧转炉上等处。
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