即热式烧水壶优缺点？(加水发动机发明者是谁？)
1. 即热式烧水壶优缺点？
1、即开即饮，无需等待
即热式电热水壶功率达到2000W，能在数秒内把水烧开，非常适合当今快节奏的生活，为人们节省了宝贵的时间，由于是即热即饮，也能保证水质的新鲜。
2、节能省电
虽然即热式电热水壶要比传统电热水壶功率高约30%左右，但由于其加热时间很短，反而节约了电能。传统的电热水壶加热时间长，而且一次烧水不能少于壶容量的五分之一，不然很容易烧干，影响水壶的使用周期，造成安全隐患。并且喝完第一杯水后，再去喝第二杯，第三杯时，壶内的水可能已经冷下来了，所以又要重新烧开，不但浪费了电费，而且多次饮用烧开的水很不新鲜，不利于人体健康。
3、体积小，移动方便
即热式电热水壶与传统的电热水壶体积略大点，但外观造型比传统的电热水壶要好看的多。而它的使用习惯与我们的饮水机相似，体积小，移动方便，摆放在办公室，卧室，客厅等地方很显档次。
4、可调节出水的温度
传统的电热水壶一定要等到水烧开后加热才会停止，即热式电热水壶不但能做到即热即饮还能调节水温，可满足不同的茶、饮料、奶粉等所需的温度，非常人性化。
5、无噪音
传统的电热水壶在将要烧开的时候会有很大的噪音，而即热式电热水壶因为使用了全新的加热方式，几乎听不到时任何噪音，给人一种很舒适的感觉。
6、更加先进的防干烧功能
传统的电热水壶虽说有防干烧的功能，但在壶内无水状况下按下加热开关，发热管还是照常工作，一旦温控失灵，稍微一时粗心大意，水壶可能着火，造成危害。而即热式电热水壶采用全新的防干烧功能，只要水壶里没有水或数量很少时，不管开关是否处于开启状态，加热管都不会运作，杜绝安全隐患，用的放心。
2. 加水发动机发明者是谁？
20世纪已经有人利用这一原理研发出了“水燃料汽车”。它的创始人是美国男子斯坦利迈耶，只要向车油箱加水就能马上开动汽车，水受到了电路共振后，会分解成基本的原子。
水燃料电池将水分解成氢和氧，然后在传统的内燃机中将其燃烧回水蒸汽中，产生净能源。一升水胜过一升油， 斯坦利迈耶制造的第一辆水燃料汽车从洛杉矶开到纽约，大约3000公里，只用了83升水。
3. 净零工业法案原文？
对于净零工业法案，不同国家和地区的相关法规可能会有所不同。以下是美国净零工业法案的原文（仅供参考）：
HR 1512
117th CONGRESS
1st Session
H. R. 1512
To establish a Net Zero Program, to support the development of next generation technologies to improve energy efficiency, reduce waste, and reduce emissions, to create a clean energy workforce, to protect and promote the resilience of the United States economy and communities, and for other purposes.
IN THE HOUSE OF REPRESENTATIVES
March 2, 2021
Ms. CASTOR of Florida (for herself, Ms. DINGELL, and Ms. BARRAGAN) introduced the following bill; which was referred to the Committee on Energy and Commerce, and in addition to the Committee on Science, Space, and Technology, for a period to be subsequently determined by the Speaker, in each case for consideration of such provisions as fall within the jurisdiction of the committee concerned
A BILL
To establish a Net Zero Program, to support the development of next generation technologies to improve energy efficiency, reduce waste, and reduce emissions, to create a clean energy workforce, to protect and promote the resilience of the United States economy and communities, and for other purposes.
SECTION 1. SHORT TITLE.
This Act may be cited as the `Net Zero Act of 2021'.
SEC. 2. DEFINITIONS.
In this Act:
(1) APPROPRIATE COMMITTEES OF CONGRESS- The term `appropriate committees of Congress' means--
(A) the Committee on Energy and Commerce and the Committee on Science, Space, and Technology of the House of Representatives; and
(B) the Committee on Energy and Natural Resources and the Committee on Commerce, Science, and Transportation of the Senate.
(2) DIRECTOR- The term `Director' means the Director of the Office of Science and Technology Policy.
(3) NET ZERO TARGET- The term `Net Zero Target' means a goal to achieve net zero greenhouse gas emissions by 2050, or an earlier date as determined by the Director, for--
(A) the United States economy as a whole;
(B) the electric power sector;
(C) the transportation sector;
(D) the industrial sector;
(E) the commercial and residential sectors; and
(F) any other sector as determined by the Director.
(4) PROGRAM- The term `Program' means the Net Zero Program established under section 3.
SEC. 3. NET ZERO PROGRAM.
(a) Establishment- The Director, in consultation with the appropriate committees of Congress, shall establish a comprehensive research, development, demonstration, and deployment program (in this section referred to as the `Program') to achieve the Net Zero Target, which shall include--
(1) research and development of advanced technologies that improve energy efficiency, reduce waste, and reduce emissions, including through--
(A) the development of low-emissions and zero-emissions technologies, including technologies that utilize clean energy resources, such as renewable energy and nuclear energy;
(B) the development of advanced materials, including materials for energy storage, building construction, and transportation;
(C) the development of advanced manufacturing processes that reduce waste and emissions, including processes that utilize circular economy principles; and
(D) the development of advanced technologies for the capture, utilization, and storage of carbon dioxide and other greenhouse gases;
(2) demonstration and deployment of advanced technologies developed under paragraph (1), including through--
(A) the deployment of advanced energy technologies, including renewable energy, nuclear energy, and energy storage, in homes, businesses, and transportation systems;
(B) the deployment of advanced manufacturing processes that reduce waste and emissions,
