I-TeO2 Substrate
Inkcazo
Ikristale yeTeO2 luhlobo lwemathiriyeli ye-acoustooptic enomgangatho ophezulu.Ine-birefringence elungileyo kunye nokusebenza kokujikeleza okubonakalayo, kwaye isantya sesandi esisasaza kwicala le- [110] siyacotha;ukuba isisombululo sesixhobo se-acoustooptic esenziwe nge-crystal ye-TeO2 sinokuphuculwa ngomyalelo wobukhulu phantsi kwe-aperture efanayo, isantya sokuphendula sikhawuleza, amandla okuqhuba amancinci, ukusebenza kakuhle kwe-diffraction kuphezulu, kwaye ukusebenza kuzinzile kwaye kunokwethenjelwa. .
Iipropati
| Ubuninzi (g/cm3） | 6 |
| Indawo yokunyibilika (℃) | 733 |
| Ukuqina (Mho) | 4 |
| Umbala | ukucaca / ukungabi mbala |
| Ukucaca kwamaza (mm) | 0.33-5.0 |
| Light Transmittance@632.8nm | >70% |
| Refraction@632.8nm | ne =2.411 no= 2.258 |
| I-Thermal Conductivity Coefficient (mW/cm·℃) | 30 |
TeO2 Substrate Inkcazo
I-TeO2 (i-tellurium dioxide) i-substrate ibhekiselele kwi-crystalline imathiriyeli edla ngokusetyenziswa kwizicelo ezahlukeneyo ezibandakanya i-optics, i-optoelectronics kunye ne-acoustics.Nanga amanye amanqaku aphambili malunga neTeO2 substrates:
1. Ubume be-Crystal: I-TeO2 inesakhiwo se-crystal ye-tetragonal, kwaye i-tellurium kunye ne-athomu ye-oksijini zihlelwe kwi-lattice ye-three-dimensional lattice.Kungokwenkqubo yekristale ye-orthorhombic.
2. Iimpawu ze-Acousto-optic: I-TeO2 idume ngeempawu zayo ezibalaseleyo ze-acousto-optic, kwaye ifanelekile kwizixhobo ze-acousto-optic ezifana ne-modulators, i-deflectors, kunye nezihluzo ezithintekayo.Xa amaza omsindo edlula kwi-crystal ye-TeO2, ibangela utshintsho kwi-index refractive index, eguqula okanye elawula indlela yokukhanya okudlula kuyo.
3. Uluhlu olubanzi lokungafihli: I-TeO2 inoluhlu olubanzi lokungafihli, ukusuka kufutshane ne-ultraviolet (UV) ukuya kwimimandla ye-infrared ephakathi (IR).Iyakwazi ukuhambisa ukukhanya ukusuka malunga ne-0.35 μm ukuya kwi-5 μm, eyenza ukusetyenziswa kwayo kuluhlu lwezixhobo ezibonakalayo kunye nezicelo.
4. Isantya esiphezulu sesandi: I-TeO2 inesandi esiphezulu sesandi, oku kuthetha ukuba inokusasaza ngokufanelekileyo amaza omsindo ngekristale.Le propati ibalulekile ekuqondeni izixhobo eziphezulu ze-acousto-optic ezinamaxesha okuphendula ngokukhawuleza.
5. Iimpawu ze-optical ezingabonakaliyo: I-TeO2 ibonisa iimpawu ezibuthathaka kodwa ezibalulekileyo ezingabonakaliyo.Inokuvelisa ama-frequencies amatsha okanye iguqule iipropathi zokukhanya kwesiganeko ngokusebenzisa intsebenziswano engahambelaniyo.Le propati isetyenziswe kuguqulo lwamaza obude kunye nezicelo eziphindwe kabini.
6. Iimpawu ze-Thermodynamic: I-TeO2 inozinzo oluhle lwe-thermal kunye namandla omatshini, okwenza ukuba igcine iipropati zayo phezu koluhlu olubanzi lweqondo lokushisa kunye nokumelana noxinzelelo lomatshini ngaphandle kokuguqulwa okukhulu okanye ukuthotywa.Oku kuyenza ilungele izixhobo eziphezulu zeacousto-optic.
7. Ukuzinza kweekhemikhali: I-TeO2 igxininise iikhemikhali kwaye ichasene ne-solvents eziqhelekileyo kunye ne-acids, iqinisekisa ukuqina kwayo kunye nokuthembeka phantsi kweemeko ezahlukeneyo zokusebenza kunye neendawo.
I-TeO2 substrates zisetyenziswa ngokubanzi kwizicelo ezifana ne-acousto-optic modulators, i-deflectors, izihluzi ezinokutya, izitshixo zamehlo, ii-frequency shifters, kunye ne-laser beam steering systems.Idibanisa iipropathi ezibalaseleyo ze-acousto-optic kunye ne-nonlinear optical, uluhlu olubanzi lokungafihli, ukuzinza okuhle kwe-thermal kunye nomatshini, kunye nokumelana neekhemikhali, okwenza kube yinto eguquguqukayo kwi-optics kunye ne-optoelectronics.
