Structure liquidae Crystal Polarizer et perficientur Analysis de Polarizer ad LCD

Et structuram et principalis perficientur analysis de polarizer pro LCD . Polarizer, sicut unus de principalis rudis materiae de liquido crystallum ostentationem (LCD), quod est de XX% of Polarizer, ita est valde modicum de Polarizer, ita est valde modicum de Polarizer {{III} Polarizer pro TN LCD sicut in exemplum, hoc charta introducit aliqui exitibus, quod multi lcd Polarizer users sunt sollicitus {{}}
Structure polarizer
Polarizer est quaedam optical film quod est composito ex multi-iacuit polymer materiae et habet munus generandi polarized lumen {{I}} Secundum ad diversas applicationem in superficiem in LCD, Polarizer potest esse plerumque dividitur in superficiem in LCD (etiam dicitur reflectors) {{}}
Materia et principalis munera cuiusque layer
Polarized layer: it is made of PVA (polyvinyl alcohol) film after dyeing and stretching. This layer is the main part of polarizer, also known as polarizer original film. The polarized layer determines the polarized performance and transmittance of the polarizer, and it is also the main part that affects the tone and optical durability of the Polarizer {{II}} Secundum tyde modum, in basic processus technology de polarized layer potest dividitur in tyde series et IODUM series, et secundum quod processus technology, ut in duas seriem, transtending et in technology, ut in duas seriem, transtending, ut possit esse in Disciptability {}} Tac: PVC film est facile ad absorbet aquam, cecidimus et amittere polarized substantia {{IV} Ideo necesse est uti iacuit de Tac (cellulosis et aere et protegat Polario {{V} usura tincidunt et in UV et anti-V Polarizer Anti-Glare Polarizer {{{}}
Adhesive: it can be divided into reflective film side adhesive and stripping Film side adhesive. The function of the side adhesive of the reflective film is to firmly adhere the reflective film to the TAC film, and its technological requirements do not allow re-stripping. The adhesive on the side of the stripping film is a layer of pressure sensitive adhesive, which determines the adhesive performance of polarizer and the processing performance of the patch. Its performance is one of the most concerned issues for LCD polarizer users. Separate film: it is a PET (ethylene terephthalate) film coated with silicon on one side, which mainly plays a role in protecting the pressure sensitive adhesive layer, at the same time, the peeling force has certain influence on the workability of LCD Draconis {{V}}
Protective film: Est PE (polyethylene) film iactaret et EVA layer (ethylene et ethylene acetate polymer) ex una parte, quae est humilis viscosity et ludit in partes protegens superficies Tac film .
Reflective film: Est pet film de unilateralis aluminium evaporation . currently, plerique ex eis utor non-directional reflective et semi-reflective {{}} {et semi-inauguralis, quod potest esse in semi-}}, in aluminum, quod in semi-{}}, in aluminum: Silver-iactaret et laser films potest etiam esse ut reflective films ad consequi variis effectus ut background color et specularibus reflexio {X}}
Pelagus perficientur Indicatores Polarizer
Tabula I est typicam perficientur mensa polarizer, quae describitur per unum in sequentibus facies:
{1. directionem lucis effusio axis fere, in magnitudinum de Polarizer pro TN LCD vendidit in foro maxime includit sequenti duo genera:
Directionem lucis effusio axis ostenditur in figura . si Polarizer cum speciali magnitudine et figura est provisum est ad LCD Manufacturer, Lux effusio Axis debet esse notatum, {{I}}
{{{{IV}}} Transmittance transmittance index de polarizer potest dividitur in tres partes: una, parallela et transgressus {I}}}, et parallel transmittattance est ad transmittanti, {VII}}) refers to the transmittance of two polarizers with parallel optical absorption axes after superposition, and the direct cross transmittance (H 90) refers to the transmittance of two polarizers with direct cross optical absorption axes after superposition. Among these three indicators, H {{10}} and H 90 affect the brightness (H 0) and contrast (H 0/H 90) de LCD screen), quod est valde maximus pro LCD manufacturers {{}}} ut obtinere bonum ostentationem effectus cum excelsum claritas et contra rationem, ut spero quod h 0 est ut excelsum quam XC}}
, 3. (hutesium) hutesium repraesentatur per et B valores, quae solent metiri integrata specta={{I} et values de Colore coordinare ad Colorem {{{{}} Colores Colores Colores Colores {{{{{}} {Colores Colores Colores Diagram {{{{}} {Colores Colores Colores Colores II {{{}} {Colores Colores Colores Colores II {{{}}}
{{0}} Polarizing Co-Efficiency Polarizing is a calculated value, which is used to indicate the comprehensive Efficiency of Polarizing produced by polarizer, the formula can be changed into H 0/H 90=(1 + ν 2)/(1-ν 2), it can be seen that the ν value is closer to 100%, the higher the contrast ratio (H 0/H 90) Est {{XI}}
, 5. Cortices opprimere ad Peling vi Polarizer potest dividitur in tres partes: Peling vi de tutela amet vis vitrum substantiæ, {c {}}} et excelsum, in quas ciuescit et excrescent measured by peeling along the direction of 180℃, while the glass substrate is stripped along the 90℃direction. For LCD manufacturers, polarizer is very important for the stripping performance of glass substrate. Such as short time after pasting (4 ~ 6 hours) if it is difficult to peel off or there is residual glue on the glass plate after peeling off, the reworking property of the polarizer will be poor, and the Malum panni rudis et faciam totus LCD screen ut scraftped {{X}} Tamen, si ad excelsum vim est valde parvum, quod est facilis ad causare damnum ex dilatabilitate et in Polarizer in speculo subiectam, ut et ad Polarizer est ad afficienti, quod est in Polarizer est in II} Diuturnity est ad Polarizer est ad Cortices Percupent film et tutela film de polarizer et postea attach ad speculum subiecto {{}} post pressura defoaming, posuit illud in afficiente index et pii {{}} {et in Diuturability of Polaris {}} {et Diuturability of Polarii {}} Diuturibility {{}} Diuturnity determinari secundum consilium requisita (usura environment) de diversis generibus LCD products {{XV}}
Plena nomine Polarizer debet esse polarizer . qui studuit Physicis scire quid polarized lumen est {{I}} in imaginatione liquido crystallum proponere debent in Polarized Linguam, aut omnes liquido chip est in crystallum et in lumen et alimentum in crystallum, ut non est in crystallum, ut et in toto crystallo, utique liquida et in crystallum, ut in lustratam et in toto crystallum, ut in lustratam lumen et in toto crystallum, ut in lustratam et liquida in crystallo et toto crystallum, utique liquido chip 1mm {{IV}} sine ulla polarizer, liquidum lagestre non ostentationem imagines {{V}}
Quod Polarizer repositum est quod polarizer adversus oculos Ordinarius liquido crystallum ostentationem est frostata dissipare superficiem reflexionem et dispergat lumen ad augendam et iniqua}}}}}}} {}}, {}}}, quod est in angulo, quod}}}} is, if you look at the liquid wafer from the vertical direction, there will be no light. Of course, this is impossible to achieve, but the closer the angle of view is to 0 degree, the higher the utilization rate of light is. Therefore, after replacing the frosted polarizer with a flat light polarizer, the brightness of the projector to the wall will be greatly improved, my personal estimation is that it can increase by , {{VI}}%, quae est causa quid polarizer sit mutata {{VII}}