Habka daabacaadda ee jira ee farsamada daabacaadda 3D ee kor ka-sare ee photopolymerization, si kastaba ha ahaatee, waxay u baahan tahay dareere sare ee ultraviolet (UV) -resin la daweyn karo. Shuruudaha viscosity-kan ayaa xaddidaya awoodaha UV-la daweyn karo, kaas oo inta badan la qaso ka hor isticmaalka (ilaa 5000 cps of viscosity).
Ku-darka allabaryo fal-celiska fal-celiska ah waxay bixisaa oligomers-yada qalabkooda farsamaysan ee asalka ah. Heerarka resin-ka iyo qallafsanaanta qaybaha la daaweeyay ee filimka ayaa ah labada caqabadood ee farsamo ee ugu weyn ee daabacaadda 3D ee maqaarka sare ee viscosity.
Pittcon 2023. AZoM waxa ay soo diyaarisay waraysiyo la ururiyay oo lala yeeshay hogaamiyayaasha ra'yiga muhiimka ah ee bandhigga.
Soo deji nuqul bilaash ah
Ku-darka allabaryo fal-celiska fal-celiska ah waxay bixisaa oligomers-yada qalabkooda farsamaysan ee asalka ah. Heerarka resin-ka iyo qallafsanaanta qaybaha la daaweeyay ee filimka ayaa ah labada caqabadood ee farsamo ee ugu weyn ee daabacaadda 3D ee maqaarka sare ee viscosity.
Koox cilmi-baaris ah oo ka socota Machadka Fujian ee Cilmi-baarista ee Qaab-dhismeedka Maaddada Akadeemiyada Sayniska Shiinaha ee hoos yimaada jihada Prof. Lixin Wu ayaa soo jeediyay sawirka toosan ee vat photopolymerization (LSVP) ee daabacaadda 3D resin ultra-high viscosity. Baaritaankooda waxaa lagu daabacay Nature Communications.
Waqtiga boostada: Febraayo-22-2024
