1) instantaneous intake rate
瞬时摄入率
1.
The model is based on the hypothesis that competition between cropping andchewing regulates instantaneous intake rate in response to changes in the size of bites obtained by the forager.
食物大小可调节高原鼠兔的口量 ,尽而控制其瞬时摄入率 ;高原鼠兔觅食叶片的口量 S与瞬时摄入率 I存在渐近的函数关系 ,为 型功能反应 ;高原鼠兔的食物收获率 B随口量 S的增加呈非线性递减 ;最大处理速率 Rmax的测定值与模型的预测值极为近似 ;瞬时摄入率 I的测定值与模型的预测值线性回归显著 ( P<0 。
2) instant photography
瞬时摄影
3) intake rate
摄入率
1.
The grazing behavior,intake rate and diet digestibility of Boer goats grazing in sowed ryegrass pasture in a replicated 2×2 factorial experiment were studied.
觅食时间限制处理个体以较大口量觅食,能显著地提高其瞬时摄入率;而无觅食时间限制处理个体则不能使其瞬时摄入率最大化。
4) Instantaneous frequency
瞬时频率
1.
Diagnosis method of instantaneous frequency for rotor impact-rub fault of aeroengine;
航空发动机转子碰摩故障瞬时频率诊断方法
2.
Ultrasonic signal process method based on instantaneous frequency;
基于瞬时频率的超声信号数字处理方法
3.
Study of analysis of instantaneous frequency in partial wave method;
论局域波法中瞬时频率分析
5) instantaneous power
瞬时功率
1.
Instantaneous power maxima and power spectrum maxima analysis of second heart sounds signals;
第二心音信号的瞬时功率和功率谱极大值分析
2.
The essence of the instantaneous power control in internal mixer is to control the viscosity of mixing material.
密炼机瞬时功率控制的实质是控制混炼物料的粘度。
3.
This paper presents the mathematical model of the three-level voltage source PWM rectifier and deduces the relationships between instantaneous power and the vectors of the three-level rectifier from the theory of instantaneous reactive power.
以三电平电压型PWM整流器的数学模型为基础,结合瞬时无功理论,推导了瞬时功率和三电平整流桥开关矢量之间的关系,提出了一种固定开关频率的三电平PWM整流器的直接功率控制方法。
6) instantaneous efficiency
瞬时效率
1.
Comparative analysis of the instantaneous efficiency about two types of solar collector
两种太阳能集热器的瞬时效率对比分析
2.
Results show that mass area ratio (MAR) is a primary factor to average daily efficiency and instantaneous efficiency curve of tubular solar water heaters is not straight line.
结果表明 ,水量配比 (MAR)是影响日平均效率的主要因素 ;真空管式太阳热水器的瞬时效率不是线性分
补充资料:可耐受最高摄入量
可耐受最高摄入量(ul,tolerable upper intake levels):指某一生理阶段和性别人群,几乎对所有个体健康都无任何副作用和危险的平均每日营养素最高摄入量。目的是为了限制膳食和来自强化食物及膳食补充剂的某一营养素的总摄入量,以防止该营养素引起的不良作用。
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