1 The ignitor is the trigger of the engine.

2 The code framework is code ignitor.

3 Techniques for monitoring operation of a flame ignitor (200) are provided.

4 Ballast, ignitor and terminal pillars are installed in the body.

5 Ignitor built-in integrated design.

6 Morgan's ignitor and sensor products are based on high purity alumina or steatite.

7 The ignitor can effectively reduce large amount of hydrogen by igniting the flammable cloud,[] and can increase the average pressure and the temperature in containment obviously.

8 The ignitor was tested on model DA 462 Q engine, and the test rusult was analysed.

9 The microcosmic structure of the ignitor was analysed by using XRD and SEM method. The performance factors such as ingredient, surfacial idensity, cold resistance and hot resistance were discussed.

10 This article describes tests on electrical performance of ignitor, engine performance, road driving and the components of exhaust with the new JDIA and the traditional ignitors.

11 For GD series electronic ignitor, this paper proposes the necessity of ageing pretreatment for its reliability.

12 Application of the signal precedes application of the ignitor pulses to the lamp.

13 Intelligent circuit with 3wires and multi-pulse , Adapt to the special trigger tube to ignitor.

14 The ballistic simulator was used to make experiments of ignition simultaneity of the normal centre core ignitor and the LVD centre core ignitor to propellants.

15 The next step is to take apart the to get the piezoelectric ignitor.

16 If inputs from the second group are received, a reliability of the flame ignitor (200) is determined.

17 If inputs from the first group are received, a cause of a failure of the flame ignitor (200) is determined.

18 The ignition exciter provides the high voltage required to produce the spark at the ignitor plug, the ignition exciter electrical components are enclosed in a hermetically sealed metal container.

19 This paper introduces the design and tests of a motor ignitor loaded with high energy propellant which is a mixture of HTPB and HMX.

20 This system consists of fine coal pneumatic conveying system, fine coal. injector, ignitor with coal burners, etc.

21 The work the dissertation deals with is important to direct design and application of the plasma ignitor .

22 To form a stagnant region with suitable oxygen concentration is the most important factor in the design of ignitor with oxygen additon.