Uncertainty and sensitivity analyses. As a variable response in the Bo的简体中文翻译

Uncertainty and sensitivity analyse

Uncertainty and sensitivity analyses. As a variable response in the Box-Bhenken design, the percentage of sick animals at the end of lactation, nursery, and fattening period were used. Therefore, three response surfaces were obtained (Supporting Information). The percentage of infected sows, R 0 and lethality are the parameters that have a significant effect on the percentage of sick animals at the edge of the nursery and fattening period. However, the probability of transmission of the disease during the lactation phase slightly affects during this production phase. Using the response surfaces obtained, the sensitivity was studied in all three phases of the pig breeding process (Supporting Information). The increase of infected piglets is very small (from −3‰ to 3‰) during the lactation phase in the range of values used for infected sows. However, in the nursery (from 1.5 to 5.9%) and fattening phase (from 0.5 to 5.77%), this increase is bigger using low versus high level of infected sows. During the rearing period (nursery and fattening), an increase of one point (1%) in the percentage of infected sows implied an increase between 3 and 6% of infected pigs. In the latter two cases, the value decreases as the percentage of infected sows increases (Supporting Information). In the case of the R 0 parameter, an increase of one unit implies similar variations in the percentage of sick ani- mals during the nursery (from 2.1 to 5.8%) and fattening phase (from 2.6 to 6.2%) in the range of studied values.However, in the lactation phase, this increase is practically nil (from 0.02 to −0.94%). In the case of variations in the lethality value, the increase in sick animals does not practically vary during the nursery (from −0.9 to 0.1%) and fattening period (from −0.7 to 0.1%) in the range of studied values. In the lactation phase, it increases as the lethality increases, but the variations are very small (from −1.2 to 1.3%).
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不确定度和敏感性分析。作为Box-Benken设计中的变量响应,使用了泌乳,育苗和育肥结束时患病动物的百分比。因此,获得了三个响应面(支持信息)。受感染母猪的百分比,R 0和致死率是对育苗期和育肥期边缘病态动物的百分比具有重要影响的参数。但是,在哺乳期传播疾病的可能性在该生产阶段稍有影响。使用获得的响应面,研究了猪育种过程所有三个阶段的敏感性(支持信息)。在哺乳期,被感染仔猪的增幅很小(从-3‰到3‰),处于被感染母猪的数值范围内。然而,在育苗期(从1.5%到5.9%)和育肥阶段(从0.5%到5.77%),感染水平低与高的母猪相比,这种增加更大。在饲养期间(育肥和育肥),受感染母猪百分比增加1个百分点(1%),这意味着受感染猪只增加了3%至6%。在后两种情况下,该值随着受感染母猪百分比的增加而降低(支持信息)。在R 0参数的情况下,在研究范围内,增加一个单位意味着在育苗期(从2.1到5.8%)和育肥阶段(从2.6到6.2%)的病态动物百分比的变化类似。价值观。母猪受感染百分率提高1个百分点(1%),意味着受感染猪只增加3%至6%。在后两种情况下,该值随着受感染母猪百分比的增加而降低(支持信息)。在R 0参数的情况下,在研究范围内,增加一个单位意味着在育苗期(从2.1到5.8%)和育肥阶段(从2.6到6.2%)的病态动物百分比的变化类似。价值观。母猪受感染百分率提高1个百分点(1%),意味着受感染猪只增加3%至6%。在后两种情况下,该值随着受感染母猪百分比的增加而降低(支持信息)。在R 0参数的情况下,在研究范围内,增加一个单位意味着在育苗期(从2.1到5.8%)和育肥阶段(从2.6到6.2%)的病态动物百分比的变化类似。价值观。<br>但是,在哺乳期,这种增加几乎为零(从0.02%增至-0.94%)。在致死率值变化的情况下,在保育期(-0.9至0.1%)和育肥期(-0.7至0.1%)的研究值范围内,患病动物的增长实际上没有变化。在哺乳期,它随着致死率的增加而增加,但是变化很小(从-1.2到1.3%)。
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结果 (简体中文) 2:[复制]
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Uncertainty and sensitivity analyses. As a variable response in the Box-Bhenken design, the percentage of sick animals at the end of lactation, nursery, and fattening period were used. Therefore, three response surfaces were obtained (Supporting Information). The percentage of infected sows, R 0 and lethality are the parameters that have a significant effect on the percentage of sick animals at the edge of the nursery and fattening period. However, the probability of transmission of the disease during the lactation phase slightly affects during this production phase. Using the response surfaces obtained, the sensitivity was studied in all three phases of the pig breeding process (Supporting Information). The increase of infected piglets is very small (from −3‰ to 3‰) during the lactation phase in the range of values used for infected sows. However, in the nursery (from 1.5 to 5.9%) and fattening phase (from 0.5 to 5.77%), this increase is bigger using low versus high level of infected sows. During the rearing period (nursery and fattening), an increase of one point (1%) in the percentage of infected sows implied an increase between 3 and 6% of infected pigs. In the latter two cases, the value decreases as the percentage of infected sows increases (Supporting Information). In the case of the R 0 parameter, an increase of one unit implies similar variations in the percentage of sick ani- mals during the nursery (from 2.1 to 5.8%) and fattening phase (from 2.6 to 6.2%) in the range of studied values.<br>However, in the lactation phase, this increase is practically nil (from 0.02 to −0.94%). In the case of variations in the lethality value, the increase in sick animals does not practically vary during the nursery (from −0.9 to 0.1%) and fattening period (from −0.7 to 0.1%) in the range of studied values. In the lactation phase, it increases as the lethality increases, but the variations are very small (from −1.2 to 1.3%).
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结果 (简体中文) 3:[复制]
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不确定度和灵敏度分析。作为Box-Bhenken设计中的一个可变响应,在哺乳期、育儿期和育肥期结束时使用患病动物的百分比。因此,获得了三个响应面(支持信息)。母猪感染率、R 0和致死率是对育肥期和育肥期边缘病畜比例有显著影响的参数。然而,疾病在哺乳期传播的可能性在这一生产期略有影响。利用获得的响应面,研究了猪育种过程中所有三个阶段的灵敏度(支持信息)。感染仔猪在泌乳期的增长很小(从-3‰到3‰),在感染母猪的数值范围内。然而,在苗圃(从1.5%到5.9%)和育肥期(从0.5%到5.77%),使用低水平和高水平受感染的母猪,这种增长更大。在饲养期(育肥期和育肥期),受感染母猪的百分比增加了一个百分点(1%),意味着受感染猪的百分比增加了3%到6%。在后两种情况下,该值随着感染母猪百分比的增加而降低(支持信息)。在R 0参数的情况下,一个单位的增加意味着在研究值的范围内,在育婴期(从2.1%到5.8%)和育肥期(从2.6%到6.2%)的患病率有相似的变化。<br>然而,在哺乳期,这种增加几乎为零(从0.02%增加到-0.94%)。在致死值变化的情况下,在研究值范围内,在育婴期(从-0.9%到0.1%)和育肥期(从-0.7%到0.1%)期间,患病动物的增加实际上没有变化。在泌乳期,随着致死率的增加,其增加,但变化非常小(从-1.2%到1.3%)。<br>
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