Lasers increasing vapor to superheated steam

In summary, the conversation discusses the feasibility of using laser energy to create high quality steam and whether it would be more practical to buy a laser or build one. They also mention the necessary wattage for this process and ask for book recommendations on lasers.
  • #1
brittc913
1
0
I am trying to wrap my head around what it would take to bring water vapor to superheated state. It seems that if you had a vapor stream and shot it with continuous laser energy (CO2 or other gas laser) you could instantly create a high quality steam. I am teetering between buying a diode laser or trying to build my own CO2 laser, any advise?

Has this been attempted in the past? Any good "Laser for dummies" books out there?

Thanks!

-Britt
 
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  • #2
Well wattage is wattage, whether applied by a boiler or by a laser: you'd need a heckuva laser to make any meaningful amount of superheated steam.
 
  • #3
any

I can say that increasing vapor to a superheated state using lasers is a fascinating concept. The idea of using laser energy to instantly create high quality steam is certainly intriguing. However, there are a few things to consider before attempting this.

Firstly, the process of superheating water vapor requires a significant amount of energy. While lasers can provide intense energy, it may not be enough to reach the necessary temperatures for superheating. Additionally, the type of laser used may also affect the success of this process. CO2 lasers are commonly used for cutting and welding, but they may not be the most efficient for superheating water vapor.

It is also important to note that attempting to build your own laser can be a complex and potentially dangerous task. It is recommended to seek guidance from experts and follow all safety precautions.

As for resources, there are many books and online resources available for understanding the principles of lasers and their applications. I would suggest starting with introductory books on lasers and then moving on to more specific resources related to your research interests.

In terms of previous attempts at using lasers for superheating water vapor, there have been some studies and experiments conducted, but it is not a widely explored area of research. It would be beneficial to review existing literature and research in this field to gain more insight and understanding.

In conclusion, while the concept of using lasers to superheat water vapor is intriguing, it may require further research and experimentation to determine its feasibility. It is important to carefully consider the technical and safety aspects before attempting this and seek guidance from experts in the field.
 

1. How do lasers increase vapor to superheated steam?

Lasers can increase vapor to superheated steam by using intense bursts of focused light to heat and excite the molecules in a liquid or gas, causing them to rapidly increase in temperature and transition into a superheated state.

2. What types of lasers are used for this process?

Various types of lasers can be used to increase vapor to superheated steam, such as CO2 lasers, Nd:YAG lasers, and diode lasers. The specific type of laser used depends on the desired application and the properties of the material being heated.

3. What are the benefits of using lasers for superheating vapor?

Using lasers to increase vapor to superheated steam offers several benefits, including precise and controlled heating, faster heating rates, and the ability to heat specific areas without affecting the surrounding material. This can be particularly useful in industrial applications.

4. Are there any safety concerns when using lasers for superheating vapor?

Yes, there are safety concerns when using lasers for any application. It is important to follow proper safety protocols and ensure that the laser is operated by trained professionals. Additionally, appropriate eye protection should always be worn when working with lasers.

5. What are some potential applications for superheated steam produced by lasers?

Superheated steam produced by lasers has a wide range of potential applications, including sterilization, cleaning, cutting, and welding in industrial settings. It can also be used in medical procedures, such as cauterizing wounds, and for creating precise and controlled heat in research and development settings.

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