a mechanism to save fuel by heating with the automatic adjustment of daily ignition as a function of the temperature

• 1. 用于通过管-管燃料温度调节来减少燃气涡轮机的整体温度变化的系统和方法 [P] . 中国专利： CN102877948A . 2013-01-16
• 2. 一种自适应环境温度变化而自动调节沐浴温度的恒温燃气热水器 [P] . 中国专利： CN207317237U . 2018-05-04
• 3. MEANS FOR AUTOMATICALLY EFFICIENTLY AND CLEANLY UTILIZING ENERGY OF FOSSIL FUEL IN ENGINE FOR AUTOMOBILE AND OTHERS ADJUSTING TEMPERATURE OF FUEL AND AIR AT NEAR IGNITION POINT TO SUPPLY ENGINE FOR [P] . 日本专利： JP2001355525A . 2001-12-26

  机译： 用于汽车的化石燃料自动有效地利用能源以及其他方法在接近点火点向汽车供应的发动机上调节燃料和空气温度的方法

• 4. Device gasifier of heavy fuels for internal combustion engines, to heating electric mixed and by the exhaust gases, and the automatic adjustment of the temperature by thermostats [P] . 法国专利： FR803942A . 1936-10-12

  机译： 内燃机重油的设备气化炉，用于加热混合气体和废气，并通过恒温器自动调节温度

• 5. Ignition device, and automatic adjustment of the extinction of the heating systems supplied with liquid fuel [P] . 法国专利： FR507235A . 1920-09-08

  机译： 点火装置，以及自动调节装有液体燃料的加热系统的熄灭功能

• 1. Mechanism of soft x-ray continuum radiation from low-energy pinch discharges of hydrogen and ultra-low field ignition of solid fuels [J] . R MILLS, J LOTOSKI, Y LU 等离子体科学和技术（英文版） . 2017,第009期
• 2. Investigation of the interaction of material of fuel cladding for WWER-1000 reactor with steam at a temperature of accident overheatings [J] . Nadezhda Ishchenko, Ivan Petelguzov, Olena Slabospitska 材料工程研究(英文) . 2019,第002期
• 3. Mechanism of unsteady aerodynamic heating with sudden change in surface temperature [J] . Hao CHEN, Lin BAO 应用数学和力学（英文版） . 2009,第002期
• 4. Effect of Temperature, Pressure and Equivalence Ratio on Ignition Delay in Ignition Quality Tester (IQT): Diesel, n-Heptane, and iso-Octane Fuels under Low Temperature Conditions [C] . Seung Yeon Yang, Nimal Naser, Suk Ho Chung, SAE World Congress Exhibition . 2015
• 5. SPRAY IGNITION OF LIQUID FUELS AT HIGH PRESSURES AND TEMPERATURES AND THERMODYNAMIC PROPERTIES OF HEAVY HYDROCARBONS (AUTO, DIESEL, CORRESPONDING STATES). [D] . PARKER, TERENCE ELLIOTT. 1985
• 6. Weak Knock Characteristic Extraction of a Two-Stroke Spark Ignition UAV Engine Burning RP-3 Kerosene Fuel Based on Intrinsic Modal Functions Energy Method [O] . Jing Sheng, Rui Liu, Guoman Liu 2020
• 7. IGNITION TEMPERATURE OF COMBUSTIBLE MATERIALS UNDER RADIANT HEATING CONDITIONS : Measurements of ignition temperature using cone calorimeter [O] . Tsutomu NAGAOKA, Makoto TSUJIMOTO, Shigeo UEHARA 2005

• 1. Ignition-proof performance and mechanism of AZ91D-3Nd-xDy magnesium alloys at high temperatures [J] . Yong-yan Li ,Wei-min Zhao ,Jian Ding . 中国铸造 . 2018,第002期
• 2. MECHANISM ON DISTRIBUTION OF PILOT FUEL SPRAY AND COMPRESSING IGNITION IN PREMIXED NATURAL GAS ENGINE IGNITED BY PILOT DIESEL [J] . Yao Chunde ,Yao Guangtao ,Song Jinou . 中国机械工程学报 . 2005,第001期
• 3. 哈尔滨市环境温度与PM10浓度对每日死亡人数变化影响的相对危险度研究 [C] . 裴德升 ,孙波 ,李丽萍 . Conference on Environmental Pollution and Public Health (CEPPH 2010)(2010年环境污染与大众健康学术会议) . 2010
• 4. 超声速气流中壁面燃料射流混合、点火及稳燃机制研究 [A] . 刘朝阳 . 2019