问题:
前一段时间，给宝宝买了把气泡玩具sq。她很喜欢玩。不到3小时，已经把瓶里的水给打完了。我试过用肥皂、沐浴露等调配过，但玩具sq里就是喷不出气泡来。请大家帮帮忙，谢谢！
回答:
吹泡泡溶液配方大集合吹泡泡溶液{zj0}配方：2份洗涤剂，6份水和1~4份的甘油。
泡泡七彩的原因：光线穿过肥皂泡的薄膜时，薄膜的顶部和底部都会产生折射，肥皂薄膜最多可以包含大约150个不同的层次。我们看到的凌乱的颜色组合是由不平衡的薄膜层引起的。{zh1}的薄膜层反射红光，最薄的反射紫光，居中的反射七彩光。
泡泡形成的原因：泡泡是由于水的表面张力而形成的。这种张力是物体受到拉力作用时，存在于其内部而垂直于两相邻部分接触面上的相互牵引力。水面的水分子间的相互吸引力比水分子于与空气之间的吸引力强。这些水分子就像被黏在一丐一样。但如果水分子之间过度黏合在一卢，泡泡就不易形成了。肥皂“打破”了水的表面张力，它把表面张力降低到只有通常状况下的1/3，而这正是吹泡泡所需的{zj0}张力。
减缓泡泡消失的方法：水的蒸发很快，水蒸发时，泡泡表面一破，泡泡就消失了，因此，在泡泡溶液里必须加进一些物质，防止水的蒸发，这种具有收水性的物质叫做吸湿物。甘油是一种吸湿液体，它与水形成了一种较弱的化学黏合，从而减缓了水的蒸发速度。
肥皂水的调配会影响吹泡泡的效果。一般，以二份洗碗精加6份水调出的肥皂水即可使用。若欲使泡泡持久，则配方改为2份洗碗精加6份水及1至4份的甘油。
我先把甘油倒了一点到水里，再倒了些洗衣粉，飞快地搅拌······，洗洁精（洗衣粉）加水后放入少许食盐，或者甘油，就成泡泡水了
沫浴露+水+蜂蜜
可以试一下
方法一：
胶水+洗洁净+水，比例是1：2：3
方法二：
肥皂，热水，彩色墨水(增加色彩）
把一份液体香皂、1份甘油、6份水搅在一起，自制成泡泡水
日常生活中，有很多材料可以做成吹泡泡用的水，例如：把肥皂切碎溶於水中，也可以用洗碗精或洗发精加水。经由实验证明，将浓度比较高的肥皂水、洗碗精和洗发精三种溶液加在一起，可以让吹出来的泡泡较持久，不易破掉。另外一个方法是：在肥皂水里加入一小匙的砂糖或少许的茶叶，放在阴暗处过夜后，就会发现这种肥皂水吹出来的泡泡颜色不但鲜艳，而且比较不容易破裂。
Question:
some time ago to buy the baby a toy gun to the bubble. She likes to play. Less than 3 hours, had finished the bottle of water to the. I tried to use soap, shower gel, such as deployment, but a toy gun in the bubble is not to spray. Please help out, thank you!
answer:
Blowing bubble solution recipe bubble solution blowing large collection of the best formula: 2 detergent, 6 parts water and 1 ~ 4 of the glycerol.
colorful bubble
reasons: the light through the bubble film, the film will have the top and bottom of refraction, soap film can contain a maximum of approximately 150 different levels. We can see the color combination of the clutter is caused by an imbalance of the thin film layer. Finally, red light reflection layer, the thinnest of reflection here, the middle of the colorful light reflection.
the reasons for the formation of
bubble: a bubble is due to water formed by surface tension. This tension is the role of objects by the pulling force, the existence of its internal and perpendicular to the two adjacent parts of the mutual contact surface traction. Surface of the water molecules than the attraction between water molecules in the air between the attractive and strong. These water molecules like to be sticky, like a beggar. However, if the over-bonding between water molecules in a Lu, bubbles formed on the hard. Soap the surface tension of water, it reduced the surface tension of the situation is usually only 1 / 3, which is the best bubble blowing tension.
slow disappearance of the bubble method: evaporation of water very quickly, the water evaporates, the surface of a bubble burst bubbles disappeared, and so in bubble solution in a number of substances to be added to prevent water evaporation, which water-based material has a collection called hygroscopic material. Glycerol is a liquid absorption, it is less water to form a chemical bond, thereby slowing the rate of water evaporation.
soapy water will affect the deployment of the effect of bubble blowing. General, to two洗碗精plus 6 copies of the soapy water out of water to use. Wants to make a lasting bubbles, then changed to formula 2 plus 6洗碗精1-4 water and glycerol were.
I first
glycerol to water down a bit, and then down some washing powder, stirring quickly, detergent (washing powder) plus Add a little salt water, or glycerol, bubbles into the water on the
bath foam
Lu + water + honey
can try
a
methods: glue +
wash clean + water, the ratio is 1:2:3 Second
methods:
soap, hot water, color ink (add more color and flavor)
to a liquid soap, 1 glycerol, 6 were mixed with water, since the bubble into the water
daily life, there are many materials can be made by blowing a bubble of water, such as: the chopped soap soluble in water, can also be used洗碗精adding water or shampoo. Proved by the experiment, the relatively high concentration of soapy water, and shampoo洗碗精three combined solution can blow bubbles out of the more durable and not easily broken. Another method is: in the soapy water to add a tsp of sugar or a little tea, on the night shadows, we will find out that the bubble blowing soapy water is not only bright colors, and more is not easy to rupture.
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