模数

The root biomass improved the soil infiltration rate and reduced runoff,the runoff and erosion amount of meadow brome decreased by 98.2%and 99.9% respectively,and the ability of water retention and soil-reinforcement of meadow brome was 5.2 and 1.5 times than that of corn.

同时，草地雀麦010 cm土层根系发达，地下生物量是玉米的2.88倍，可以显著提高自然降水的土壤入渗率，减少地表径流，使坡地年径流量与土壤侵蚀模数减少98.2%和99.9%，保水、固土能力是玉米种植的5.2倍和1.5倍，水土流失防治效果显著。

Technology compliable, performance optimized analog-to-digital converter is an important building block in SOC.

与数字电路工艺兼容的、功耗面积等指标优化的高性能模数转换器是SOC中非常重要的单元。

The modulus used by each participant cosigner is identical .

每一个参与签名的共同签名者所使用的模数均相同。

Dimidiate Pixel Model with the soil and land-use data, and NDVI were used to compute...

使用该系统，作者对东圳水库流域的土壤侵蚀模数的空间分布进行计算，并对计算的结果进行分析。结果表明，该系统模拟的结果可靠，建立的系统可以应用于实际工作中。

The ADC output code Dout is a digital representation of the ratio of the converter's input AIN to its reference VREF.

模数转换器输出 Dout 是这台变频器的输入比率的一个数字淀示法 AIN 对它的参考

The ADC output code Dout is a digital representation of the ratio of the converter's input AIN to its reference VREF.

模数转换器输出 Dout 是这台变频器的输入眱ㄊ的一个数字表示法 AIN 对它的参考

The ADC output code, Dout, is a digital representation of the ratio of the converter's input, AIN, to its reference, VREF.

模数转换器输出， Dout，是这台变频器的输入比率的一个数字表示法， AIN，对它的参考， VREF 。

As in the previous application, the ADC outputs a digital code, Dout, the ratio of AIN to VREF.

和在这种先前应用相比，模数转换器输出一个数字式编码， Dout， AIN比率VREF

On the foundation that designs research eclectically in module, CMOS twinkles model modulus converter can be achieved high-powered with low power comsumption.

在模块折中设计探究的基础上，CMOS闪烁型模数转换器可达到高性能和低功耗。

Physiological indexes of drought-resistance, namely the four water parameters of osmotic potential at the turgor loss pointπ(subscript p, water potential at the water saturation point (π0), bulk modulus of elasticity, and the rate of bound water in cells V(subscript p/V0, for the three fire resistant trees, Schima superba, Cyclobalanopsis glauca, and Elaeocarpus glabripetalus, were studied using the pressure-volume technique.

应用压力－容积分析技术测定了木荷Schima superba，秃瓣杜英Elaeocarpus galbripetalus和青冈Cyclobalanopsis glauca等3个防火树种春季、夏季和秋季的水分特征参数，即初始质壁分离点渗透势π，饱和含水量时的最大渗透势π0，细胞弹性模数ξ，细胞质壁分离时的共质体水体积量与饱和时共质体水体积量之比V/V0。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。