1) half wild snake farm
人工蛇场
1.
The reproductive biology of four kinds of economical snakes was studied in a half wild snake farm from 1999 to 2000.
1999～ 2 0 0 0年对株洲协力蛇类养殖场内 4个经济蛇种 (银环蛇、王锦蛇、黑眉锦蛇、乌梢蛇 )作了人工繁殖研究 ,结果表明 :在半散放人工蛇场条件下 ,4个蛇种的越冬、出蛰、交配、产卵等生物学习性与野生物条件下一致 ;4个蛇种的产卵量 ,仔蛇孵化率及越冬成活率都有明显的提高 ,蛇体蜕皮次数增多 ,体成熟期缩短 。
2) Artificial snake bile
人工蛇胆
3) artificial crawl wave
人工蛇行波
1.
by making use of the up-to-date vibration in our country andthose of wheelsets lateral load of high-speed train in other country the artificial crawl wave of high speed train frame is simulated at random in thecontrol of energy deviation a: according to random vibration energy thesis.
本文采用国内现行列车速度构架振动的实测资料和国外高速列车轮对横向荷载测试资料，根据随机振动能量理论［１］，用能量方差σ２作为控制条件，随机模拟出了高速列车构架人工蛇行波，并初步验证了以此波作为高速列车－桥梁时变系统激振源的正确性。
2.
thus the artificial crawl wave of vehicle frame is set up.
本文提出了车－桥时变系统振动能量随机分析方法，把受多种随机因素影响的系统随机振动转化为系统振动能量随机分析，参考人工地震波，建立车辆构架人工蛇行波，以此人工波为激振源，算出车－桥时变系统具有要求概率水平的振动响应。
4) artificial bogie crawl wave
构架人工蛇行波
1.
With the artificial bogie crawl waves as lateral vibrating source and the irregularity function presented by former Soviet Union as vertical vibrating source, results of stochastic analysis on space vibration of the quasi high speed train track time varying system are obtained.
以准高速列车构架人工蛇行波及前苏联规律性的竖向不平顺函数为横向及竖向激振源，作准高速列车－轨道时变系统空间振动随机分析。
5) artificial magnetic field
人工磁场
1.
Using three magnetic induction coil sensors,the artificial magnetic field and geomagnetic field are measured,combing with c.
通过使用三个磁感应线圈传感器对人工磁场及地磁场进行测量,并结合相应滚转角解算算法,可实时计算出弹丸滚转姿态角。
6) artificial potential field
人工势场
1.
A path planning method for mobile robot based on artificial potential field;
基于人工势场法的机器人路径规划
2.
Navigation of mobile robot using improved artificial potential field method;
改进的人工势场法用于移动机器人导航
3.
Research on Reinforcement Learning Problem Based on Artificial Potential Field;
基于人工势场的激励学习问题研究
补充资料：人工受精与人工授精
人工受精与人工授精
artificial fertilization and artificial insemination
我国学者把“人工受精”与“人工授精”两名词区别开来：前者指人工体外受精而言，后者指把精液注入到妇女的阴道或宫颈管、宫腔内，使精、卵在体内相遇。人卵体外受精与胚胎移植后出生的婴儿俗称试管婴儿。
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