消化

基本解释 (translations)

assimilation  ·  digest  ·  coction  ·  digested  ·  digests  ·  digestions

与消化相关的网络例句 [注：此内容来源于网络，仅供参考]

Part 1: Fifty-four healthy cross-bred(Luxi×Limousin) beef cattle were selected to study the energy and protein metabolism rules and requirement at the age of 4~6 month. The results showed that the digestibility of DM , OM and energy were 59.68±5.46%, 64.10±7.82% and 66.60% respectively;the metabolizability of gross energy and digestible energy were 56.95% and 85.51%.

第一部分选用54头健康、体重相近的3月龄利木赞×鲁西黄牛杂交牛研究了4～6月龄阶段的能量和蛋白质需要量及其代谢规律，结果表明：犊牛对日粮的DM消化率为59.68±5.46%，OM消化率为64.10±7.82%；能量的平均消化率为66.60%，总能代谢率和消化能代谢率分别为56.95%和85.51%。

It is like what the physicians call predigestion or hasty digestion, which is sure to fill the body full of crudities and secret seeds of diseases.

它就像医生说的积食或消化不良（直译为"前消化或忙消化"，或译"匆忙消化"），而埋下疾病的根源。

Based on the investigation into the TVS remotion efficiency and the changes of such parameters as OUR, SV an4 during aerobic digestion processes of different aeration manner, initial sludge concentration and digestion temperature, this study determines tho optimized aerobic digestion operational conditions.

污泥好氧消化处理工艺的研究沈耀良摘要通过对污泥好氧消化处理中不同曝气方式、不同初始污泥浓度及不同温度对消化效果的影响及消化过程中污泥的OUR、SV和NH＿4￣＋－H等指标变化规律的考察研究，确定了最优的运行工艺条件。

The absolute growth rate of digestive organs increased gradually, while the relative growth rate peaked at different time, the allometric growth rate of digestive organs were different and more rapidly than the whole body.

羔羊消化器官的绝对重量随着日龄的增长逐渐增大，但各消化器官及消化腺相对重量达到峰值的时间略有不同；消化器官及消化腺的异速生长速度不一致，但多数快于体重。

Armigera and M. separata mid-gut juice, but, other less than 60kD proteins also can be got by M. separata mid-gut juice .4 Many Bt Cry1AcE toxins can be got by the method of precipitate and resolve, which have high purity.

在相同的时间下，粘虫中肠消化液蛋白酶活性比棉铃虫中肠消化液要高；在37℃条件下，棉铃虫中肠消化液经过30和60min将130kD的Bt CrylAc原毒素酶解为60kD的毒素，而粘虫中肠消化液经过30和60min对Bt CrylAc原毒素酶解作用，除得到60kD的毒素外还得到了40kD和分子量更小的蛋白。

The new concept of slaking factor combined by the thickness,temperature, flow rate of green liquor; and the slaker temperature,and number of CaO is presanted, and the closed control is realized with slaking factor as main parameter.

提出了将绿液的浓度、温度、流量以及消化器温度和理论上所需氧化钙量5个参数综合成为一个参数——消化因子的新概念，并以消化因子为被控量进行闭环控制；建立了过量灰与消化因子等参数关系的推断数学模型；克服了120min大纯延迟时间的影响；实现了过量灰最佳值控制和苛化过程参数优化。

Pparent amino acid digestibilities and true amino acid digestibilities of six feedstuffs (barley,cooking blood meal,fermented blood meal,protein hydrolysate mixed feed,heatextruded collagen protein and local fish meal) and their mixed feeds(J1 and J2) were determined with intact and caecectomized cockerels,using Sibbaled "TME" method,and their additivities were also tested.

本研究以去盲肠鸡和正常鸡按Sibbald的&TME&方法分别测定了皮大麦、蒸煮血粉、发酵血粉、水解复合蛋白、热喷胶原蛋白、国产鱼粉及其配合饲料J1和J2的氨基酸表观消化率和真消化率。并对两种试鸡所测上述饲料原料氨基酸的消化率及其可加性作比较。结果表明：（1）6种饲料原料的某些氨基酸表观消化率和真消化率，去盲肠鸡和正常鸡测值间存在显著差异（P＜0.05）。（2）去盲肠鸡内源氨基酸排出量显著高于正常鸡（P＜0.05）。

Randomized block design with single factor was adopted in the experiment.The energy level of group Ⅲ(with digestive energy of 12.98 MJ/kg) was designed according to the feeding standard energy requirement of Chinese meat-fat type of growth-finishing pigs,while the energy level of groupⅠ(with digestive energy of 14.22 MJ/kg) was designed according to feeding standard of NRC(1998) growth-finishing pigs.The energy level of group Ⅱ(with digestive energy of 13.60 MJ/kg) was designed between groupⅠ and Ⅲ.The energy levels of group Ⅳ and Ⅴ were designed under the energy level of group Ⅲ.The gradient of each adjacent energy level was 0.62 MJ/kg.

试验采用单因子随机分组设计，以中国肉脂型生长肥育猪饲养标准能量需要设计中能量水平(组Ⅲ，消化能12.98MJ/kg)，以NRC(1998)生长肥育猪饲养标准能量需要设计最高能量水平(组Ⅰ，消化能14.22 MJ/kg)，此两个能量水平间设计中高能量水平(组Ⅱ，消化能13.60MJ/kg)，在中能量水平下依次分别设计中低能量水平(组Ⅳ，消化能12.36MJ/kg)和最低能量水平(组Ⅴ，消化能11.74MJ/kg)，每个能量水平间的梯度为0.62MJ/kg。

The research used microwave power 600W,and S/L is 1/10, with the suitable microwave operation condition (nitric acid concentration 9.0 mole/L, digesting time 8 minute, and digesting temperature 140 ℃), by microwave digestion lead leaching rate is 94.11%, if it used microwave power 600W,and S/L is 1/10, with the best microwave operation condition (nitric acid concentration 0.8 mole/L, digesting time 6 minute, and digesting temperature 120 ℃), by the result of study, after Microwave Digestion Treatment, the TCLP leachate of lead in reaction ash might could be reduce to 4.83 mg/L from 7.10 mg/L, and the TCLP leachate could keep under the regulation control standards.

本研究以微波功率600W、固液比1/10，在最适微波条件下(硝酸浓度9.0M、消化时间8分钟、消化温度140℃)，铅的微波消化溶出率为94.11％。在微波功率600W、固液比1/10，以微波最佳条件(硝酸浓度0.8M、消化温度120℃、消化时间6分钟)，经微波消化处理后，其铅TCLP 溶出量由7.10 mg/L降为4.83 mg/L，已能符合法规管制标准值。在此最佳微波条件下，对於铅TCLP 削

The results showed that the general energy of the leaves, apparent digestibility and digestible energy of general energy were 15.99 MJ/kg, 68.10% and 10.54 MJ/kg respectively; crude fat content, apparent digestibility and digestible fat were 3.20%, 30.13% and 0.93% respectively; and nitrogen-free extract content, apparent digestibility and digestible nitrogen-free extract were 42.24%, 83.22% and 35.23% respectively.

结果表明：构树叶的总能、总能表观消化率和表观消化能分别15.99MJ/kg、68.10%和10.54MJ/kg；粗蛋白质含量、表观消化率和可消化粗蛋白质分别22.97%、76.5%和17.41%；粗脂肪含量、表观消化率和可消化粗脂肪分别为3.20%、30.13%和0.93%；粗纤维含量、表观消化率和可消化粗纤维分别为9.07%、32.61%和2.91%；无氮浸出物含量、表观消化率和可消化无氮浸出物分别为42.24%、83.22%和35.23%。

与消化相关的网络解释 [注：此内容来源于网络，仅供参考]

Digester：消化器,消化罐

digalactosyl diglyceride 双半乳糖甘油二酯 | digester 消化器,消化罐 | digestion 消化,(酶切)消化

true digestibility：真消化率

因此,只有用代谢性粪能对表观消化率进行校正,才能求出真消化率(true digestibility). 但是,用常规方法很难将代谢性粪能和"未消化饲料能"区别开来. 所以,除了专门的研究外,生产实践中采用的消化率指标多系"表观消化率",但一般将"表观"二字略去,

digestibility coefficient：消化率;消化系数

digestibility 可消化性;消化率 | digestibility coefficient 消化率;消化系数 | digestible 可消化的;可吸收的

digestion：消化 消化

消化消化 消化(digestion)是机体通过消化管的运动和消化腺排泄物的酶解作用,使大块的、分子结构复杂的食物,分解为能被接收的、分子结构简单的小分子化学物质的过程.

aerobic digestion：需氧消化;有氧消化;需气消化

"aerobic culture","需氧培养;有氧培养" | "aerobic digestion","需氧消化;有氧消化;需气消化" | "aerobic respiration","需氧呼吸;有氧呼吸"

digestive gland：消化腺

消化腺(digestive gland)包括大消化腺,即3对大唾液腺、胰腺和肝脏,以及分布于消化管壁内的许多小消化腺(如口腔内的小唾液腺、食管腺、胃腺和肠腺等). 大消化腺是实质性器官,包括由腺细胞组成的分泌部和导管,分泌物经导管排入消化管,

digestive gland：消化腺:大消化腺,小消化腺

Ileum 回肠 | Digestive gland 消化腺:大消化腺,小消化腺 | Two openings两口

dyspepsia：消化不良

(新页面: 消化不良(dyspepsia)实际是所有胃部不适的总称,消化不良症状说明消化过程受到了某种原因的干扰. 消化不良可以是偶然的,也可以是慢性...)消化不良(dyspepsia)实际是所有胃部不适的总称,消化不良症状说明消化过程受到了某种原因的干扰.

indigestible：不易消化的;难消化的

indigestibility 消化不良 | indigestible 不易消化的;难消化的 | indigestion 消化不良

cryophilic digestion：低温消化,常温消化(处理污水污泥的)

cold digestion 低温消化 | cryophilic digestion 低温消化,常温消化(处理污水污泥的) | mesophilic sludge digestion 中温污泥消化(温度控制在33~35℃)