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1.    2002_AnalChem_VUV-lamp-TOFMS_2  (PAGE 9 OF 12) ... are depicted. The upper trace was recorded using ionization with Ar excimer light (Ar2*, cent. ) 126 nm) and the lower trace, using ionization with Kr excimer light (Kr2*, cent. ) 147 nm). The energy situation in the latter case (Kr2*, cent. ) 147 nm) is schematically depicted also in Figure 1B. With ... Related Searches: excimer lamp

2.    Excimer_Product_Guide_2008 Best match in this PDF  |  All matches in this PDF Excimer Lasers · UV Optical Systems Product Catalog 2008 Superior Reliability & Performance A Full Line of Excimer Lasers As the world's largest laser manufacturer and the leader in excimer technology, we manufacture and ship more excimer lasers than all other laser companies combined. We're also ... Related Searches: excimer lamp | braggstar s 200 | variolas | 193 nm

3.    ExcimerProductGuide2008  (PAGE 31 OF 48) ... COMPexPro F2 LPXPro/LPFPro LAMBDA SX *(for 157/193 nm) Halogen is F2/He, HCl/H2/Ne or premix (depending on wavelength and laser). Rare is Ar, Kr, Xe or premix (depending on wavelength and laser). Xantos XS includes a premix gas cylinder integrated in the He device. Xantos XS Halogen Rare Ne He He N2 ...

4.    AnalyticalArticleRev2  (PAGE 1 OF 5) ... and reliability of many analytical instruments. Whether the choice was an air-cooled argon-ion, HeNe or HeCd laser, or a watercooled argon-ion, Kr or mixed-gas laser, each brought significant drawbacks to analytical instrument design. Some applications required several widely spaced wavelengths and ...

5.    pdf_129 Best match in this PDF  |  All matches in this PDF Very recently we performed the first experiment utilizing velocity map imaging (VELMI) to study the reaction dynamics of the O(1 D) + D2 ---> OD + D system [3]. Despite the advantages of the crossed-beam imaging technique, there have been relatively few such studies'. Almost all have been performed ... Related Searches: edge isolation | microlens array | he-ne laser

6.    OLEReprintCoherentSep06  (PAGE 1 OF 3) ... pumping these media. An excimer plasma discharge tube uses a mixture of three different gases: a halogen (either F2 or HCl), a rare gas (such as Ar, Kr or Xe) and a "bath" gas (Ne or He). The plasma tube is filled to a much higher pressure (typically around 400 kPa) than in other laser types ... Related Searches: top hat

7.  Onyx Micro Channel Cooled Package (MCCP) 10,000 hours MTTF. "> 10 kr hours MTTF. Utilizing advanced materials technology, these bars provide high output power, enhanced efficiency, and long life in either pulsed or CW operation. "> Onyx Micro Channel Cooled Package (MCCP) Single to high-density arrays from 40W to 4.5 kW of ... Related Searches: onyx

8.    pdf_129  (PAGE 7 OF 8) 7 easily to measure UV transmittance, reflectance, and scattering. To measure these optical properties the sample is mounted on in-vacuum stages in the detector box. The absolute transmittance is measured by Fluorine lasers, emitting 157 nm, deliver the shortest commercially available laser wavelength ...

9.    LTJ_Excimer_0607 Best match in this PDF  |  All matches in this PDF ... in an excimer laser, a plasma discharge tube is filled with a mixture of three different gases: a halogen (either F2 or HCl), a rare gas (such as kr or Xe) and a "bath" gas (Ne or He). The excimer plasma tube operates at a much higher pressure (typically around 3,5 bar) than other gas laser ... Related Searches: johannes junger | ltps

10.    2002_AnalChem_VUV-lamp-TOFMS_2  (PAGE 4 OF 12) ... . Excimer molecules form in three body collisions from the energetically high-lying excited levels of rare gas atoms ( 11.8, 10.0, and 8.4 eV in Ar, Kr, and Xe, respectively).26 Therefore, the rare gas atoms have to be excited to high electronic levels in cold dense gases in which molecules can be readily ...

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