The density, surface tension and vi

<br>使用放电坩埚法（DC）测量添加了3.6、10.0、25.0、50.0、75.0、90.0 wt％Zn的Ga-Sn共晶合金的密度，表面张力和粘度。上述理化<br>性质是在323–823 K温度范围内测定的。在很宽的温度范围内，<br>液态Ga-Sn共晶基合金的密度，表面张力和粘度随Zn的增加而增加。获得的<br>实验结果与<br>表面张力情况下的Brillo和Egry模型，Toop，Kohler，Muggiano和Butler模型以及Sato，Kucharski，Melywen-Hughes，Kozlov，Roma？nov和Petrov，Gasior和Abs模型具有很好的一致性。Schick在粘度的情况下进行建模。

Ga-Sn 优素合金的密度、表面张力和粘度，添加量为 3.6、10.0、25.0、50.0、75.0、<br>90.0 wt% 的 Zn 是使用放电熔炉方法 （DC） 测量的。上述物理化学<br>属性在 323-823 K 温度范围内确定。在广泛的温度下密度，<br>液体Ga-Sn优素基合金的表面张力和粘度随着Zn的增加而增加。获得的<br>实验结果表明，与布里洛和埃格里模型在密度、托普、科勒、<br>穆吉亚诺和巴特勒模型在表面张力的情况下，佐藤，库恰尔斯基，梅利文休斯，科兹洛夫，罗曼诺夫和彼得罗夫，加西奥尔和希克模型在粘度的情况下。

The density, surface tension and viscosity of Ga-Sn eutectic alloys with additions of 3.6, 10.0, 25.0, 50.0, 75.0,90.0 wt% of Zn were measured using the discharge crucible method (DC). The above-mentioned physicochemicalproperties were determined in 323–823 K temperature range. Over a wide range of temperatures the density,surface tension and viscosity of liquid Ga-Sn eutectic based alloys increase with an increase in Zn. The obtainedexperimental results exhibit a good agreement with the Brillo and Egry model for density, Toop, Kohler,Muggiano and Butler models in the case of surface tension and Sato, Kucharski, Melywen-Hughes, Kozlov, Romanov and Petrov, Gasior and Schick models in the case of viscosity.<br>