边冈,Bian Gang
1)Bian Gang边冈
1.On Bian Gang's Method of "Subtract Before Multiply" Being Derive from Yi Xing边冈“相减相乘”法源于一行说
2.The solar shadow algorithm in Bian Gang s Chongxuan calendar(892),which regards the cubic interpolation method to have appeared in the Tang Dynasty,was the first known cubic function in China.该文根据《天文大成管窥辑要》中的史料,发现边同在其《崇玄历》(892年)中创立的晷影公式──中国历法史上第一例三次函数,是通过今影差变化与自变量平方的比值为某个等差数列而构造出来的,与过去认为的三次内插法无关;王恂、郭守敬在《授时历》(1280年)创立的平立定三差算法,则是通过对插值函数的降阶,将问题转化为一般的二次内插公式的构造,前者可能受到了边冈立方相减相乘算法的启发,后者则与刘焯的二次插值算法一脉相承。
3.Bian Gang (abbreviated to B.推广了中国唐代的历算家边冈在其崇玄历中发明的一种逐次分段抛物内插法。
2)Bian gang interpolation边冈插值法
3)Guizhoupecten边缘冈瓦纳区
4)jianggang mountain and the areas nearby井冈山及周边地区
5)Cyclobalanopsis glauca青冈
1.Influence of Growth Regulator on Root Group Seedlings Growth of Cyclobalanopsis glauca;生长调节剂对青冈根坨苗生长的影响
2.Biocycle of nitrogen in a Cyclobalanopsis glauca dominated evergreen broad-leaved forest in East China;青冈常绿阔叶林氮的生物循环
3.Active Oxygen Damage to the Cyclobalanopsis glauca Leaves During Process of Water Stress;水分胁迫对青冈叶片活性氧的伤害
英文短句/例句

1.Studies on Population Ecology of Cyclobalanopsis Elebaticostata in Subtropical Mountain Land;亚热带山地突脉青冈种群生态学研究
2.Ecological Study of Cyclobalanopsis Glauca Community on the Karst Hills of Guilin;桂林岩溶石山青冈栎群落生态学研究
3.Distribution Characteristics of Cyclobalanopsis glauca in the South Slope of Wangwu Mountain王屋山南坡青冈(Cyclobalanopsis glauca)分布特征
4.Sprouting and height in a Fagus engeriana population米心水青冈种群萌条更新与高度生长
5.Optimization of ISSR-PCR System of Fagus hayatae台湾水青冈ISSR-PCR体系的优化
6.The difference is not about being in or out of politics, but about having choices or not.>青冈:只要国家存在,哪个人能跑出政治的漩涡?
7.Species Diversity and Arbor Population Distribution Pattern of Fagus longipetiolata Community in Leigong Mountain水青冈群落物种多样性及乔木种群分布格局
8.A Research of Forest Community Features and Plant Diversity in Cyclobalanopsis Chungii Forest;福建青冈林群落特征及植物多样性的研究
9.The Study on Ecophysiology Mechanism of Seed of Cyclobalanopsis Chungii;福建青冈种子萌发的生理生态学机制研究
10.Ecological and Genetic Diversity Studies on Fagus Engleriana;米心水青冈(Fagus engleriana)生态及遗传多样性研究
11.Photosynthetic Physiology Characterististics in Seedlings of Cyclobalanopsis Multinervis and Michelia Foveolata;多脉青冈和金叶含笑幼苗的光合生理特性研究
12.Phylogeography of Fagus Longipetiolata: Insights from Nuclear DNA Microsatellites and Chloroplast DNA Variation;长柄水青冈种群遗传结构和系统地理学研究
13.A Comparative Study of the Density of Fagus Pashannica Seedlings in Different Habitats;不同生境的巴山水青冈幼苗气孔密度比较研究
14.Studies on Allocation Pattern of Nutritive Element in the Clonal Genets of Cyclobalanopsis Glauca;青冈无性系基株营养元素的空间格局研究
15.Species Diversity of Fagus engleriana Community in Shennongjia Area,Hubei Province神农架地区米心水青冈群落物种多样性特征
16.Problems and Countermeasures of Development and Utilization of Water Resources in Qinggang County青冈县水资源开发利用存在的问题与对策
17.Any of several other woody plants, as in the genera Carpinus and Nothofagus.水青冈一种其他木本植物,如鹅耳枥属和假山毛榉属
18.With the succession, the species diversity of the tree layer increased gradually.随着青冈群落演替进行,乔木层物种多样性逐渐增大。
相关短句/例句

Bian gang interpolation边冈插值法
3)Guizhoupecten边缘冈瓦纳区
4)jianggang mountain and the areas nearby井冈山及周边地区
5)Cyclobalanopsis glauca青冈
1.Influence of Growth Regulator on Root Group Seedlings Growth of Cyclobalanopsis glauca;生长调节剂对青冈根坨苗生长的影响
2.Biocycle of nitrogen in a Cyclobalanopsis glauca dominated evergreen broad-leaved forest in East China;青冈常绿阔叶林氮的生物循环
3.Active Oxygen Damage to the Cyclobalanopsis glauca Leaves During Process of Water Stress;水分胁迫对青冈叶片活性氧的伤害
6)Wugang武冈
1.Research on Tourism Development Strategy for Wugang City;武冈市旅游开发策略探讨
延伸阅读

波状(软边)挡边带式输送机分子式:CAS号:性质:带式输送机的一种。在乎输送带的两侧加上有波纹形的软边,中间用隔板隔起来使其呈框形。可使其提升角度几乎不受限制,可达90°角。在提升角度大,运输场地受限制的情况下,采用此种带式输送机有显著的优越性。由于输送带上装有波形软边和隔板,物料装载厚度可以增高。输送带的清扫比较困难,维修比较复杂,不适用于有黏性的细粉物料。