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1)  thermo-squeezing effect
热压缩效应
2)  squeezing effect
压缩效应
1.
Atomic and field squeezing effects in Jaynes-Cummings model with cavity dissipation;
含腔场损耗的J-C模型中的场和原子压缩效应
2.
The uncertainty relations and squeezing effects for mixed states;
混合态的不确定关系与压缩效应
3.
The results indicate that the time evolution function of charge or current is the Jacobian elliptic function instead of a sine one,and the squeezing effect appears periodically in the circuit.
结果表明:电荷与电流的时间演化函数由雅可比椭圆函数替代,而且在电路中显示周期性压缩效应。
3)  squeezing effects
压缩效应
1.
Photon squeezing effects of q-deformed light field interacting with a cascade three-level atom;
q形变光场与级联型三能级原子相互作用中场的压缩效应
2.
Photon squeezing effects of q deformed even coherent light field lnteracting with a Ξ type three-level atom;
q形变偶相干光场与Ξ型三能级原子相互作用中场的压缩效应
3.
The results show that only the photon-added squeezed state which was acted on ~+ can appear squeezing effects,but was acted on ~(-1) did not.
结果表明,a-∧1作用于压缩真空态所得到的增光子压缩真空态不产生压缩效应,而a∧+作用于压缩真空态所得到的增光子压缩真空态则产生压缩效应,其压缩区间与压缩参数的取值有关。
4)  squeezed effect
压缩效应
1.
The mathematical structure of the superposed state of two-mode vacuum state and two-mode coherent statewas constructed,and its non-classical properties were discussed,namely squeezed effect,sub-Poissonian distribution,the second-order cross correlation function between the two modes.
构造了双模真空态与相干态的叠加态的数学结构,讨论了它的非经典性质,即压缩效应、亚泊松分布、两模间二阶相关函数。
2.
The non-classical properties are discussed,which are squeezed effect,sub-Poissonian distribution and the second-order cross correlation function between the two modes.
并讨论了它的非经典性质,即压缩效应、亚泊松分布、两模间二阶相关函数。
3.
Calculating its normalized constant,its non-classical nature is discussed,including squeezed effect,sub-Poissonian distributing,anti-bunching effect,and the second-order cross correlation function between the two-mode.
通过它的归一化常数的计算,讨论其非经典性质,即压缩效应、亚泊松分布、光子反聚束效应以及两模间二阶相关函数。
5)  squeezing [英][skwi:z]  [美][skwiz]
压缩效应
1.
It is found that there are only a kind of CS squeezing but there are not CN and SN squeezing.
利用Barnett和pegg提出的测量相位算符讨论了一种新的偶奇非线性相干态的压缩效应。
2.
We have found there is higher power squeezing for real and imaginary Schrdinger cat states.
发现实虚薛定谔猫态存在高阶压缩效应,并把实虚薛定谔猫态的高阶非经典性质与偶奇相干态作了比
6)  squeezing properties
压缩效应
1.
The squeezing properties in a new kind of nonlinear coherent states are discussed via the measured phase operators introduced by Barnett and Pegg.
利用Barnett和Pegg提出的测量相位算符讨论了一种新的非线性相干态的压缩效应,得到了出现压缩的条件并给出了数值计算结果。
2.
The squeezing properties in the superposition state of the vacuum state and the coherent state are studied by using the measured phase operators introduced by Barnett S M and Pegg D T.
利用B arnett和Pegg提出的测量相位算符研究了真空态与相干态的叠加态中测量相位算符的压缩效应,讨论了叠加参数p、相干参数(R,θ)对压缩特性的影响。
3.
The squeezing properties in the squeezed thermal states are discussed via the measurement phase operators introduced by Barnett S M and Pegg D T.
利用Barnett和Pegg提出的测量相位算符讨论了压缩热场态中测量相位算符的压缩效应。
补充资料:电冰箱压缩机和空调器压缩机
摘要:     压缩机是制冷系统的心脏,它从吸气管吸入低温低压的制冷剂气体,通过电机运转带动活塞对其进行压缩后,向排气管排出高温高压的制冷剂气体,为制冷循环提供动力,从而实现压缩→冷凝→膨胀→蒸发(吸热)的制冷循环。压缩机一般由壳体、电动机、缸体、活塞、控制设备(启动器和热保护器)及冷却系统组成。启动器基本上有两种,即重锤式和PTC式。其中后者较为先进。冷却方式有油冷和自然冷却两种。 
       
文章内容: 
     1.概述 
      
     压缩机是制冷系统的心脏,它从吸气管吸入低温低压的制冷剂气体,通过电机运转带动活塞对其进行压缩后,向排气管排出高温高压的制冷剂气体,为制冷循环提供动力,从而实现压缩→冷凝→膨胀→蒸发(吸热)的制冷循环。压缩机一般由壳体、电动机、缸体、活塞、控制设备(启动器和热保护器)及冷却系统组成。启动器基本上有两种,即重锤式和PTC式。其中后者较为先进。冷却方式有油冷和自然冷却两种。 
      
     一般家用冰箱和空调器的压缩机是以单相交流电作为电源,它们的结构原理基本相同。冰箱压缩机功率较小,通常在250W以下。而空调器压缩机功率通常在230-900W之间。两者使用的致冷剂有所不同。 
      
     2.生产制造方法 
      
     压缩机是以流水线方式生产的。在机械加工车间(包括铸造)制造出缸体、活塞(转轴)、阀片、连杆、曲轴、端盖等零部件;在电机车间组装出转子、定子;在冲压车间制造出壳体等。然后在总装车间进行装配、焊接、清洗烘干,最后经检验合格包装出厂。大多数压缩机制造厂不生产启动器和热保护器,而是根据需要从市场采购。 
      
     3.种类 
      
     目前家用冰箱和空调器压缩机都是容积式,其中又可分为往复式和旋转式。往复式压缩机使用的是活塞、曲柄、连杆机构或活塞、曲柄、滑管机构,旋转式使用的是转轴曲轴机构。 
      
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