ライフサイエンスコーパス: corona discharge

1 ralization is mediated by ions produced in a corona discharge.

2 h reactive oxygen species present in ambient corona discharge.

3 n of voltage, heating, laser irradiation, or corona discharge.

4 es involved both electrospray ionization and corona discharge.

5 ssure when the proximal sample is exposed to corona discharge.

6 Ionization mechanisms, including corona discharge and electrospray, are involved in the i

7 This instrument is equipped with switchable corona discharge and nanoelectrospray ionization sources

8 The parameters affecting the corona discharge and neutralization process were studied

9 omena linked to negative ionization, such as corona discharge, arcing, and electrospray destabilizati

10 s mixtures through a glass manifold into the corona discharge area, where the molecules are ionized.

11 thermal desorption probe integrated with the corona-discharged assisted paper-spray mass spectrometry

12 The corona discharge atmospheric pressure chemical ionizatio

13 self-aspirating heated nebulizer probe of a corona discharge atmospheric pressure chemical ionizatio

14 surface by a suction force and directed to a corona discharge atmospheric pressure chemical ionizatio

15 equence of an experimentally detected feeble corona discharge (breakdown of air) at the air-water int

16 introduction method employing direct current corona discharge (CD) coupled to a surface acoustic wave

17 nt lipids by employing SAW nebulization with corona discharge (CD) ionization.

18 In this paper, corona discharge (CD) was explored as a safe and reliabl

19 signment of oxidation artifacts formed under corona discharge conditions.

20 of a solid needle which is commonly used for corona discharge creation, helping us to have direct axi

21 instrument with a commercially available AC corona discharge device in a novel setup via an adapter.

22 The extent of this corona discharge effect varies depending on the pH, sali

23 plied on the carbon fiber bundle to initiate corona discharge for ionization of analytes.

24 Ambient corona discharge forms when direct current high voltage

25 ip, and metal-needle-based spray suffer from corona discharge, high background noise, and unstable sp

26 mpled gas is transferred to the proximity of corona discharge in an atmospheric pressure chemical ion

27 We have successfully reduced corona discharge in negative ion mode by trace addition

28 ive ions produced by radioactive sources and corona discharges in gases find a number of applications

29 ) from the diverse aqueous media followed by corona discharge ion mobility spectrometry (CD-IMS).

30 We demonstrate the application of corona discharge ion mobility spectrometry with orthogon

31 Gas chromatograph with a corona discharge-ion mobility spectrometer as the detect

32 Corona discharge ionization and electrospray ionization

33 er combined with a high-temperature negative corona discharge ionization source (HiT-CD-IMS) to detec

34 th reactant ions on the upstream side of the corona discharge ionization source.

35 ing insights into mechanisms and kinetics of corona discharge ionization used in the miniature IMS.

36 A corona discharge ionization-ion mobility spectrometry (C

37 from thermal dissociation by use of on-line corona discharge ionization.

38 trometer (IMS) that employs single pulses of corona discharge ionization.

39 Corona discharge is applied to charge reduction electros

40 Under high aqueous solvent conditions, corona discharge is commonly observed at emitter tips, r

41 In this study, the use of the corona discharge is described to enhance the analyte sig

42 mprising the electrospray ionization and the corona discharged is generated on the paper tip to simul

43 c pressure chemical ionization (APCI) with a corona discharge (LD-APCI) to effect ionization of the d

44 be directly used as an ion source to induce corona discharge-like processes for ionization of analyt

45 phase ions generated by atmospheric pressure corona discharges of toluene or other organic compounds,

46 ng energy sources such as ultraviolet light, corona discharge, or lightning.

47 nerates up to +/-5 kV dc voltage to ignite a corona discharge plasma in air for up to 12 h of continu

48 The corona discharge plasma led to 48.58% (yellow printed pa

49 This work features a new corona discharge plasma technology for de-inking yellow,

50 zation methods (i.e., radioactive source and corona discharges) remain limited.

51 By use of the corona discharge, signals of the atmospheric pressure in

52 headspace vapor of the selected reagents to corona discharge, solvent-free Borsche-Drecsel cyclizati

53 After ion irradiation in a corona discharge the iCVD PTFE thin films exhibit stable

54 ray ionization (cVSSI) has been coupled with corona discharge to investigate atmospheric pressure che

55 mass spectrometer enables the generation of corona discharge to ionize volatile/semivolatile analyte

56 on of the thermally induced vapors occurs by corona discharge under standard APCI conditions.

57 sing by a nonradioactive one, i.e., by an AC corona discharge unit.

58 The corona discharge used to generate positive and negative

59 Varying the corona discharge voltage controls the current and the de

60 n ambient ionization technique that utilizes corona discharge was applied, for the first time, to ana

61 e unipolar electrical neutralizer based on a corona discharge was developed to neutralize electrospra

62 Hydrated protons from a corona discharge were introduced continuously into the c

63 ospray ionization (ESI) is often affected by corona discharge when spraying 100% aqueous solutions as

64 surface charge is demonstrated based on the corona discharge with a three-electrode design.