Zahvaljujući modernoj tehnologiji 21. stoljeća, današnjim znanstvenicima omogućava se inovativna potraga za novim tekstilnim materijalima kojima će se moći zadovoljiti različite ljudske potrebe. S napretkom tehnologije i interesom za kvalitetnija i izdržljivija vlakna, pojavio se veliki interes za umjetno sintetizirana paukova vlakana sa sličnim svojstvima kao izvorna paukova vlakna. Vlakna paukove svile karakterizira izvrsna mehanička svojstva izuzetne finoće te odličnom apsorpcijom kinetičke energije što omogućava široku paletu područja primjene. U ovom završnom radu prikazat će se paukov sustav ispredanja koji omogućava dobivanje vlakana iznimnih svojstava proizvedenih na ekološki povoljan način te analiza paukovih vlakana i međusobna k...
Artificial spider silk has emerged as a biobased fiber that could replace some petroleum-based mater...
Artificial spider silk has emerged as a biobased fiber that could replace some petroleum-based mater...
Artificial spider silk has emerged as a biobased fiber that could replace some petroleum-based mater...
Zahvaljujući modernoj tehnologiji 21. stoljeća, današnjim znanstvenicima omogućava se inovativna pot...
Zahvaljujući modernoj tehnologiji 21. stoljeća, današnjim znanstvenicima omogućava se inovativna pot...
Tematyka pracy dotyczy budowy gruczołów przędnych pająków oraz struktury i właściwości wytwarzanych ...
The spider silk fibers have unique high performance properties that make it a desirable model for ar...
Spider silk is known for its extraordinary material properties, being both very strong and extensibl...
Spider silk is known for its extraordinary material properties, being both very strong and extensibl...
Spider silk is known for its extraordinary material properties, being both very strong and extensibl...
ABSTRACT: Despite being spun at ambient temperatures and pressures the excellent tensile and elongat...
Spider-silk, which is constructed solely of proteins, is the strongest biomaterial fiber. Unfortunat...
Spider silk has outstanding mechanical & structural properties, despite its light and delicate a...
In recent years, there has been a growing interest in the development of bio-inspired materials as t...
Compared to silkworm silks, spider silks (SS) are considered stronger, most elastic, and tougher bio...
Artificial spider silk has emerged as a biobased fiber that could replace some petroleum-based mater...
Artificial spider silk has emerged as a biobased fiber that could replace some petroleum-based mater...
Artificial spider silk has emerged as a biobased fiber that could replace some petroleum-based mater...
Zahvaljujući modernoj tehnologiji 21. stoljeća, današnjim znanstvenicima omogućava se inovativna pot...
Zahvaljujući modernoj tehnologiji 21. stoljeća, današnjim znanstvenicima omogućava se inovativna pot...
Tematyka pracy dotyczy budowy gruczołów przędnych pająków oraz struktury i właściwości wytwarzanych ...
The spider silk fibers have unique high performance properties that make it a desirable model for ar...
Spider silk is known for its extraordinary material properties, being both very strong and extensibl...
Spider silk is known for its extraordinary material properties, being both very strong and extensibl...
Spider silk is known for its extraordinary material properties, being both very strong and extensibl...
ABSTRACT: Despite being spun at ambient temperatures and pressures the excellent tensile and elongat...
Spider-silk, which is constructed solely of proteins, is the strongest biomaterial fiber. Unfortunat...
Spider silk has outstanding mechanical & structural properties, despite its light and delicate a...
In recent years, there has been a growing interest in the development of bio-inspired materials as t...
Compared to silkworm silks, spider silks (SS) are considered stronger, most elastic, and tougher bio...
Artificial spider silk has emerged as a biobased fiber that could replace some petroleum-based mater...
Artificial spider silk has emerged as a biobased fiber that could replace some petroleum-based mater...
Artificial spider silk has emerged as a biobased fiber that could replace some petroleum-based mater...