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about that timehad ... inventedthe blue argon gas laser
for long , stable life in a variety of scientific and industrial applications such as UV resonance Raman spectroscopy , fiber - grating and semiconductor manufacturing needing deep - UV laser coherent light(passive) is designedThe QUANTUM 9 SHG Argon Laser
with advanced technology(passive) was designedVTube LASER
at 488 nm(passive) was setThe argon laser excitation
William Bridgesdiscoveredthe pulsed argon - ion laser
in 1964(passive) was inventedThe Argon Ion laser
Bennettdiscoveredthe argon ion laser
22 daughters To Becoming A Master Storytellerresult1:40pm032365 laser
specifically for tattoo removal(passive) is designedYag laser
for treating superficial skin problems(passive) is specially designedErbium Yag laser
to suppress all lines except those at 488 nm , 568 nm and 647 nm(passive) is designedThe krypton / argon laser
using ionized argon gas(passive) is designed ARGON LASER
for toenail fungus removal(passive) has been specifically designedYAG laser
to emit the wavelengths of light that most closely match the colors of ink most common to tattoos(passive) is designedYAG laser
at 1(passive) is setThe argon laser
to alter only portions of the target skin tissue(passive) is specially designedFraxel Laser
William Bridges(passive) was invented byThe argon laser
in 1964(passive) was inventedThe argon laser
in 1964(passive) was inventedArgon laser The Argon laser
in 1964(passive) was discoveredThe argon laser
for these applications(passive) is specifically designedYAG laser
the first laserwas inventedMaser / Laser
to treat stretch marks caused by pregnancy , weight gain and body changes due to puberty(passive) is designedNoydeen Laser
The NdcausesYAG laser
The Ndcan ... causeYAG laser
for complex , high - resolution OEM applications such as flow cytometry , DNA sequencing , graphic arts , and semiconductor inspection(passive) are designedargon - ion lasers
first(passive) was ... discoveredXenon laser
at Bell labs(passive) was inventedYAG laser
specifically for those with darker skin tones(passive) is designedYAG laser
Introduction of laser in dentistry , in the s , by Miamanledto a argon laser
at 10 % of 488 nm for Nile Red excitation(passive) is setthe argon laser
in 1964(passive) was inventedYAG laser
for demanding industrial applications(passive) was designedYAG laser
at 6 watts(passive) was setYAG laser
to run at multiple wavelengths to achieve the highest quality results with fewer treatments than single wavelength machines(passive) is designedYag Laser
the early wound healing process(passive) was influencedYAG laser
sensitivitySpecially designedlaser emitters
a dentist for many types of dental treatment(passive) designed byYAG laser
to help reduce patches of pigmentation that age your appearance(passive) has been designed specificallyYag Laser
Joseph Geusic and Richard Smith(passive) is invented byYAG laser
only minimal thermal injurycausesonly minimal thermal injury
to 30 % ofwas ... setto 30 % of
to 40 % of outputsetto 40 % of output
a tiny burn about one fifth of a pinheadto causea tiny burn about one fifth of a pinhead
damage(passive) caused bydamage
to UFO reportsleadingto UFO reports
to 25 % of maximum output powersetto 25 % of maximum output power
photocoagulationcausesphotocoagulation
photocoagulationcausesphotocoagulation
to less lesion formationledto less lesion formation
to deliver light having a wavelength of 488 nmdesignedto deliver light having a wavelength of 488 nm
at 488 nm and calibrated prior to usesetat 488 nm and calibrated prior to use
damage to the trabecular meshwork or TM ... the drainage system of the eyecan causedamage to the trabecular meshwork or TM ... the drainage system of the eye
in the intraocular pressure decrease but without normalization effectresultedin the intraocular pressure decrease but without normalization effect
less thermal injurycausesless thermal injury
the retinal lesion(passive) caused bythe retinal lesion
to stimulate the deeper layers of skin to produce collagenis designedto stimulate the deeper layers of skin to produce collagen
physical damage to the trabecular meshworkcausesphysical damage to the trabecular meshwork
for laser tattoo removaldesigned specificallyfor laser tattoo removal
to stimulate the tissue below youdesignedto stimulate the tissue below you
very tiny injuries just below the surface of the skindoes causevery tiny injuries just below the surface of the skin
specifically for tattoo removalare ... designedspecifically for tattoo removal
at minimal outputsetat minimal output
alsocan ... causealso
at 100setat 100
specificallydesignedspecifically
fewer side effectscausesfewer side effects
to providedesignedto provide
in the tightening from the poresresultedin the tightening from the pores
photocoagulationcausesphotocoagulation
at 20 % of its maximal intensitysetat 20 % of its maximal intensity
in the highest degree of leakageresultedin the highest degree of leakage
physical damage to the trabecular meshwork , ca n't be repeated ad infinitumcausesphysical damage to the trabecular meshwork , ca n't be repeated ad infinitum
at 455 mW.setat 455 mW.
in a probe array image ( B ) containing raw signal expression intensitiesresultingin a probe array image ( B ) containing raw signal expression intensities
the electrons on the dyes attached to the DNA fragments to be excited to a higher energy statecausesthe electrons on the dyes attached to the DNA fragments to be excited to a higher energy state
The thermal damage(passive) caused byThe thermal damage
at 20 % power and channeled through an HFT 488/548 main dichroic filter and a BP 505 - 530 filtersetat 20 % power and channeled through an HFT 488/548 main dichroic filter and a BP 505 - 530 filter