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jiayouwenti
- 一个旅行家想驾驶汽车从城市A到城市B（设出发时油箱是空的）。给定两个城市之间的距离dis、汽车油箱的容量c、每升汽油能行驶的距离d、沿途油站数n、油站i离出发点的距离d[i]以及该站每升汽油的价格p[i],i=1,2,…,n。设d[1]=0<d[2]<…<d[n]。要花最少的油费从城市A到城市B，在每个加油站应加多少油，最少花费为多少？-travel home to a car driving from city A to city B (located starting at
TK
- 旅行家问题 一个旅行家想驾驶汽车以最少的费yi 用从一个城市到另一个城市（假设出发时油箱是空的）。给定两个城市之间的距离为D1、汽车油箱的容量为C(以升为单位），每升汽油能行驶的距离为 D2，出发点每升汽油价格P和沿途油站数N（N可以为零），油站i离出发点距离Di,每升汽油价格Pi(i=1,2...N)。计算结果四舍五入至小数点后两位。 如果无法到达目的地，则输出“No Solution\"。-issue a travel home to travel home to drive a car w
MethanolUART.rar
- 一个汽油发动机燃烧甲醇的项目，实现双燃料运行，这里上传的是甲醇ECU与原机ECU通讯的程序，用C开发，芯片是ATmal的mega88,A gasoline engine burning methanol project achieve dual-fuel operation, here are methanol ECU uploaded with the original machine ECU communication procedures, with C development, chip
sy5
- 一个旅行家想驾驶汽车从城市A到城市B（设出发时油箱是空的）。给定两个城市之间的距离dis、汽车油箱的容量c、每升汽油能行驶的距离d、沿途油站数n、油站i离出发点的距离d[i]以及该站每升汽油的价格p[i],i=1,2,…,n。设d[1]=0<d[2]<…<d[n]。要花最少的油费从城市A到城市B，在每个加油站应加多少油，最少花费为多少？-A traveler would like to drive a car from the city A to city B (located
MethanolUART
- 本程序，主要用来描述燃烧室内，燃烧机理，化学反应考虑在内的一些因素，加之由此所带来的一系列影响-A gasoline engine burning methanol project to achieve the dual-fuel operation, where the upload is the original machine with methanol ECU ECU communication program, developed in C, the chip is ATmal of
11.Fuel-Consumption
- 计算汽油费用的专用计算器，可以计算油耗平均油价总价等等。-Special calculator calculate the cost of gasoline, fuel consumption can be calculated so the total price of the average price.
wenjian
- 汽车油耗计算（C实现）对于家用经济型小轿车来说，统计油耗是经常做的一件事。本题目要求根据汽油单价、每次加油所用钱数，以及该次加的油所跑里程数计算出该车的百公里油耗，并进行保存，根据需要给出统计数据。-Vehicle fuel consumption calculation (C implementation) for the household economy cars, the fuel consumption statistics is often one of the things. Th
jialun_new
- 分别输入两辆车的消耗汽油公升数和行驶的英里数，比较哪辆车更加省油-Consumption of gasoline liters enter the two cars and driving miles and compare which car is more fuel-efficient
ECU-Design-and-Control
- 汽油机新型ECU的硬件设计与喷油控制策略研究-New gasoline fuel injection ECU Hardware Design and Control Strategy
fuel economy
- calculate fc and its benifits
zerohahaha
- This paper compares fuel consumption and emissions for two ethanol blends with gasoline (E50 and E85) for conventional (nonhybrid), and series-type plug-in hybrid vehicles. Each vehicle configuration results in different engine operating regimes and
CIMG4916
- The easy availability, lower well-to-wheel emissions, and relative ease of use associated with existing engine technology have made ethanol and ethanol-gasoline blends a viable alternative to gasoline for spark-ignition (SI) engines. The lower energy
混合动力电动汽车（HEV）使用电池动力模型火车
- 论证表明混合动力电动汽车在一个完整的循环中有不同的运行模式：加速、巡航、对电池进行加速和再生制动。 电气子系统由电动机、发电机、蓄电池和DC／DC转换器四部分组成。 行星齿轮子系统对动力分流装置进行建模。它使用一个行星装置，通过分配和组合发动机、马达和发电机来传递机械动力。 内燃机子系统采用调速器对57 kW @ 6000转/分汽油发动机进行建模发动机调速器。 车辆动力学系统模型车辆的所有机械部件。(The de
Acetone_Ethanol_Vapourisation
- 使用先进的DPM模型模拟汽油煤油多组分燃料液滴的蒸发，液体内部的温度梯度以及燃料组分得到充分的考虑。(The advanced DPM model is used to simulate the evaporation of gasoline kerosene multi-component fuel droplets. The temperature gradient and fuel composition in the liquid are fully considered.)