1)  "gao"
“高”
1.
On the base of comparative study on “gao”(高) ,“shang” (尚) and “shang”(上) ,the point is reached that “shang”(上) is inferior to “shang” (尚) since the former just indicates object above the horizon and tater it turns into a general reference so as to its initial meaning falls down to a tower position than “shang” (尚).
在古文中,“尚”、“上”相训,二者都是指事字,在“高”、“尚”、“上”三者比较中,“上”又是“尚”的亚状态,它仅仅指地平面上的物,后成为一种泛指,初义比“尚”又低了一个层面,但二者的确指性都是明了的,虽然高度不同,一在屋脊之上,一在地上,但上部的位置都是一致的,故而能互训。
2)  High
高
1.
Chinese character "high" is a word of high frequency which appears in poems of the Tang Dynasty.
唐诗中,"高"是一个出现频率很高的词语,由于其是常见词,对于"高"义在唐诗中的正确理解,注释和辞书很少作较为全面系统的解释。
3)  height
高
1.
On distance-regular graphs with height one and three;
高是1和3的距离正则图
2.
This paper discusses the characteristics of cyrve ,slope and height of Shuang Xi Kou Bridgeand introduces the selecting and chelking computation of piers in view of these characteri stic
阐述了双溪口大桥弯坡斜及高的特点 ,并针对这些特点如何选择墩的形式及验算。
3.
Using a triangle’s height and length of the angular bis ector,some segregative inequality chains of Eular Inequality are deduced.
利用三角形的高、角平分线长给出欧拉不等式R≥2r隔离的几个不等式链。
4)  altitude
高
1.
By using theory and method of distance geometry we study inequalities for the volume and altitudes of an n-dimensional simplex in the n-dimensional Euclidean space E~n.
利用距离几何的理论与方法研究了n维欧氏空间E~n中n维单形体积与高线之间的不等式关系,建立了涉及单形体积与高线的一类不等式,运用它得到了单形的一些重要不等式。
2.
type factional inequalities concerning to the volume, altitude and the distance from an interior point to the side facet for an n-simplex.
引入两个单形之间的一种新度量,使得全体n维单形集合成为一个度量空间,应用这种度量方法,证明了涉及n维单形体积、高和单形内点到侧面距离的Jani R。
5)  Gao Bing(高NFDF5)
高
6)  high production and high efficiency
高产高效
1.
With development base on innovation to build high production and high efficiency coal mine;
高产高效矿井十年专题报道——以创新谋发展 建设高产高效矿井
2.
Research present situation of coal mining which according to the water body under,to suitably use fully mechanized caving mining technology under the water body,determination reasonable mining upper limit,can better enhance the efficiency and realizes the goal of high production and high efficiency of the coal mine.
根据水体下开采的研究现状,在水体下适当地使用综合放顶煤开采工艺,确定合理的开采上限,可更好地提高效率,实现煤矿高产高效的目的。
3.
In this thesis,on the basis of depositing character and producing practice in thin coal seam,in order to achieve high production and high efficiency in thin coal seam,discusses several technical steps,demonstrates its feasibility,finally brings forward mining technics that is worth spreading and problems being resolved.
根据薄煤层赋存特点,结合现场生产实践,探讨了薄煤层中实现高产高效的几个技术环节,论证了不同薄煤层中实现高产高效的可行性,提出了以后值得推广的采煤技术和急需解决的问题。
参考词条
补充资料：(OC-6-11)-六氰合高铁酸(4-)铵
CAS：14481-29-9
分子式：C6FeN6·4H4N

中文名称：亚铁氰化铵；(OC-6-11)-六氰合高铁酸(4-)铵

英文名称：Ammonium ferrocyanide

hexakis(cyano-C)-, tetraammonium, (OC-6-11)-Ferrate(4-)

ammonium ferrocyanide [(nh4)4(fe(cn)6)]

ammonium hexacyanoferrate (ii)

hexacyano-ferrate(4- tetraammonium

tetraammonium, (oc-6-11)-ferrate(4-hexakis(cyano-c)-

tetraammonium hexacyanoferrate

triammonium hexakis-(cyano-c)ferrate(4-)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。