| 1. | Horizontal two chamber gas quenching vacuum furnace
卧式双室真空高压气淬炉dgf系列 |
| 2. | Objective to evaluate the influence of delayed renal allograft function ( dgf ) on the long - term outcome
目的探讨移植肾功能延迟恢复对肾移植受者人/肾长期存活的影响。 |
| 3. | Finally , two inverse methods are brought forward for the difference of rt method and dgf method
最后，本文根据rt方法和dgf方法的的不同特点，提出了两种不同的厚度反演法。 |
| 4. | Dxgf , dgf series for the production of soda beverage is able to produce 3 , 000 to 20 , 000 bottleshour
用于含气碳酸饮料生产的dxgf 、 dgf系列，产量3000 - 20000瓶小时可供用户选择。 |
| 5. | Dxgf 、 dgf series apply to the production of carbonated drink , with optional capacity from 3000 bph to 30000 bph
用于含汽碳酸生产的dxgf 、 dgf系列，产量3000 - 30000瓶/小时可供用户选择。 |
| 6. | In some cases that the participants cannot arrange or afford to their own tickets , they should notify the fact immediately to dgf - ktc for further steps
有时候，那些参加者不能订票或者不能支付票款，他们应该直接向dgf - ktc告知这个情况，以便采取进一步措施。 |
| 7. | Conclusions dgf with the occurrence of allograft rejection episodes would significantly affects the long - term outcome . so , efforts should be made to improve the initial graft function
结论移植肾功能延迟恢复明显降低受者的远期效果，必须努力改善移植肾的初期功能状态。 |
| 8. | To rt method , its depth inverse expression can be derived directly from the tb expression . but to dgf method , it is difficult . therefore according to least square method , approximate values of thickness are obtained by comparing simulated measured values and theoretic values
对于rt方法，从其亮温表达式即可获得厚度的反演式；而对于dgf方法，文中根据最小二乘法对多通道辐射计的理论值与测量值进行比较，从而得到厚度的估计值。 |
| 9. | The relationship between tb and thickness from rt method is one - to - one , but the relation from dgf method is n ' t . then an algorithm on detecting depth of microwave radiometer is proposed according to its characteristics . under special conditions , we analyze the tendencies of detecting depth vs . observation angle , frequency and thickness
然后，根据辐射计自身的特点，提出了辐射计的探测深度的计算方法，并给出具体温度分布情况下辐射计探测深度的计算式，并分析了探测深度随辐射计观测角度和工作频率的变化情况。 |
| 10. | Secondly , the paper emphasizes particularly on introducing two different approaches to brightness temperature ( for short , tb ) of layered medium . one is based on rt theory ( called rt method ) , and the other is on the basis of dgf ( called dgf method ) . according to the methods , the relational expressions between tb of two - layer medium and the thickness of its first layer ( for short , thickness ) are achieved respectively
接着，着重介绍分层媒质亮度温度(即亮温)的两种不同解法：基于rt理论的亮温求解法( rt方法)和利用并矢格林函数的特点得到亮温的方法( dgf方法) ，并推导出不同温度分布情况下，双层媒质的亮温随第一层厚度的变化关系；结果表明：在相同温度分布情况下，两种方法所得亮温随厚度的变化趋势相同，但rt方法所得亮温与厚度间是? ?对应关系，而dgf方法则不是。 |
