序号 |
文
章 题 目 |
1 |
CNG fuel cylinder storage efficiency
and economy in fast fill operations |
2 |
Evaluation of specialized methane catalytic
converters on a CNG-fueled vehicle |
3 |
Comparison of emissions and fuel consumption
from CNG and gasoline-fueled vehicles~Effect of ignition
timing |
5 |
A new CNG engine test for the evaluation
of natural gas engine oils |
6 |
A three-year comparison of natural
gas and diesel transit buses |
7 |
Comparison of CNG and gasoline vehicle
exhaust emissions: Mass and composition-The Auto/Oil Air
Quality Improvement Research Program |
8 |
Development of the General Motors 5.7L
CNG bi-fuel pickup trucks |
9 |
A study on the determination of the
amount of pilot injection and rich and lean boundaries
of the pre-mixed CNG/air mixture for a CNG/diesel dual-fuel
engine |
10 |
NYSERDA AFV-FDP light-duty CNG vehicle
fleet operating experience |
11 |
Turbocharged diesel/CNG dual-fuel engines
with intercooler: Combustion, emissions and performance |
12 |
CNG compositions in Texas and the effects
of composition on emissions, fuel economy, and driveability
of NGVs |
13 |
Direct injection compressed natural
combustion and visualization |
14 |
CNG utilization in small engines |
15 |
Effect of cng start - gasoline run
on emissions from a 3/4 ton pick-up truck |
16 |
Diesel and CNG heavy-duty transit bus
emissions over multiple driving schedules: Regulated pollutants
and project overview |
17 |
New CNG concepts for passenger cars:
High torque engines with superior fuel consumption |
18 |
The development of the General Motors
2.2L CNG bi-fuel passenger cars |
19 |
Study of combustion characteristics
of compressed natural gas as automotive fuel |
20 |
Development of the Ford QVM CNG bi-fuel
4.9L F-Series pickup truck |
21 |
Analysis of combustion parameters and
their relation to operating variables and exhaust emissions
in an upgraded multivalve bi-fuel CNG SI engine |
22 |
In-use emissions from natural gas-fueled,
heavy-duty vehicles |
23 |
Determination of combustion products
from alternative fuels, part 1: lpg and cng combustion
products |
24 |
Fuel management and exhaust emissions
of light- and heavy-duty trucks operating on CNG and LPG |
25 |
NYSERDA AFV-FDP CNG transit bus fleet
operating experience |
26 |
An investigation to determine the exhaust
particulate size distributions for diesel, petrol, and
compressed natural gas fueled vehicles |
27 |
Conversion of a multivalve gasoline
engine to run on CNG |
28 |
Emisssions from hydrogen-enriched CNG
production engines |
29 |
Development of engine for natural gas
vehicle |
30 |
Comparative emissions from natural
gas and diesel buses |
31 |
Super-Gas?vehicle conversion |
32 |
Mixing flow phenomena of natural gas
and air in the mixer of a CNG vehicle |
33 |
Analysis of vehicles converted from
gasoline to CNG using conversion devises (kits) |
34 |
The design of a bi-fuel engine which
avoids the penalties associated with natural gas operation |
35 |
Dual fuel CNG retrofit for Mexican
public transit |
37 |
Development of an optimized CNG passenger
car with petrol limp-home system |
39 |
Optimization of a CNG series hybrid
concept vehicle |
40 |
Turbocharging a bi-fuel engine for
performance equivalent to gasoline |
41 |
CNG filter canister failure and system
reliability analysis |
42 |
CNG engine performance improvement
strategy through advanced intake system |
43 |
Experimental investigation of fuel
consumption and exhaust emissions of a 16V pent-roof engine
fueled by gasoline and CNG |
44 |
Development of high pressure gas flow
sensing device |
45 |
ARAI experiences on conversion of petrol
(gasoline) engine vehicles to CNG operation |
46 |
Oxygen sensor for CNG application as
ULEV or tighter emission vehicle |
47 |
Chemical speciation of exhaust emissions
from trucks and buses fueled on ultra-low-sulfur diesel
and CNG |
48 |
Development of the Mercedes-Benz CNG-engine
M447hLAG |
49 |
Modelling and control of CNG engines |
50 |
Emissions prediction of CNG/diesel
dual fuel engine based on RBF neural network |
| 序号 |
文
章 题 目 |
1 |
Largest CNG fueling station in North
America |
2 |
Technological advancements in NGV
station design |
3 |
South coast area transit bus fueling
station |
4 |
A current look at the natural gas fueling
infrastructure in the United States |
5 |
Publicly accessible, simple, safe LNG
dispensing stations |
6 |
Automatic control system for composite
fuel station |
7 |
NYSERDA AFV-FDP light-duty CNG vehicle
fleet operating experience |
8 |
A new CNG engine test for the evaluation
of natural gas engine oils |
9 |
Analysis of vehicles converted from
gasoline to CNG using conversion devises (kits) |
10 |
The design of a bi-fuel engine which
avoids the penalties associated with natural gas operation |
11 |
School bus program: transition to alternative
fuels |
12 |
Super-Gas?fueling stations |
13 |
Performance of a high speed engine
with dual fuel capability |
14 |
Numerical prediction of knock in a
bi-fuel engine |
15 |
Infrastructure profitability issues
in NGV |
16 |
Fuel cells and alternative fuels/energy
systems |
17 |
Safety and occupational hygiene results-CleanFleet
alternative fuels project |
18 |
A dual-fuel system for motor vehicles |
19 |
A controller for a spark ignition engine
with bi-fuel capability |
20 |
Natural gas powered heavy-duty truck
demonstration |
21 |
Application analysis of Otto cycle
natural gas engines for the urban bus fleet in the Sao
Paulo city |
22 |
BMW's energy strategy-Promoting the
technical and political implementation |
23 |
Flow resistance and capacity losses
by the storage of natural gas on activated carbon |
24 |
CNG fuel cylinder storage efficiency
and economy in fast fill operations |
25 |
Evaluation of specialized methane catalytic
converters on a CNG-fueled vehicle |
26 |
Comparison of emissions and fuel consumption
from CNG and gasoline-fueled vehicles-Effect of ignition
timing |
27 |
A three-year comparison of natural
gas and diesel transit buses |
28 |
Comparison of CNG and gasoline vehicle
exhaust emissions: Mass and composition-The Auto/Oil Air
Quality Improvement Research Program |
