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Metaphorically, a snowball effect is a process that starts from an initial state of small significance and builds upon itself, becoming larger (graver, more serious), and also perhaps potentially dangerous or disastrous (a vicious circle), though it might be beneficial instead (a virtuous circle). This is a cliché in cartoons and modern theatrics and it is also used in psychology.

Metaphorically, a snowball effect is a process that starts from an initial state of small significance and builds upon itself, becoming larger (graver, more serious), and also perhaps potentially dangerous or disastrous (a vicious circle), though it might be beneficial instead (a virtuous circle). This is a cliché in cartoons and modern theatrics and it is also used in psychology.

从隐喻的角度来说，<font color="#ff8000"> 雪球效应</font>是一个过程，它从最初的微不足道的状态开始，然后继续发展，变得更大(更重大 ，更严重) ，尽管它可能是有益的(良性循环)，它也可能增加潜在的危险性或灾难性(恶性循环)。这是动画片和现代戏剧中的老生常谈，也是心理学中的常用语。

从隐喻的角度来说，<font color="#ff8000"> 雪球效应snowball effect</font>是一个过程，它从最初的微不足道的状态开始，然后继续发展，变得更大(更重大 ，更严重) ，尽管它可能是有益的(良性循环)，它也可能增加潜在的危险性或灾难性(恶性循环)。这是动画片和现代戏剧中的老生常谈，也是心理学中的常用语。

The startup process of a feedback electronic oscillator, when power to the circuit is switched on, is a technical application of the snowball effect. Electronic noise is amplified by the oscillator circuit and returned to its input filtered to contain primarily the selected (desired) frequency, gradually getting stronger in each cycle, until a steady-state oscillation is established, when the circuit parameters satisfy the Barkhausen stability criterion.

The startup process of a feedback electronic oscillator, when power to the circuit is switched on, is a technical application of the snowball effect. Electronic noise is amplified by the oscillator circuit and returned to its input filtered to contain primarily the selected (desired) frequency, gradually getting stronger in each cycle, until a steady-state oscillation is established, when the circuit parameters satisfy the Barkhausen stability criterion.

当电路接通电源时，反馈振盪器的启动过程就是滚雪球效应的技术应用。电子噪声被振荡器电路放大，并返还其主要包含选择的(理想的)频率的输入滤波，并在每个周期逐渐增强，直到建立一个稳态振荡，即当电路参数满足<font color="#ff8000"> 巴克豪森稳定性准则</font>。

当电路接通电源时，反馈振盪器的启动过程就是滚雪球效应的技术应用。电子噪声被振荡器电路放大，并返还其主要包含选择的(理想的)频率的输入滤波，并在每个周期逐渐增强，直到建立一个稳态振荡，即当电路参数满足<font color="#ff8000"> 巴克豪森稳定性准则Barkhausen stability criterion</font>。