The strain and frequency dependency

The strain and frequency dependency of the materials functions,
such as the magnitude of complex viscosity (g*), storage modulus
(G¢(x)), loss modulus (G¢¢(x)) and oscillatory stress, were measured
using dynamic testing. Generally, smooth-surfaced plates were used
for dynamic testing; however, strain sweep experiments were also
repeated at x = 1 rps using plates, the surfaces of which were covered
with 400 grit, adhesive-backed, waterproof sandpaper (ARC
Abrasives, Inc., Troy, OH, U.S.A.) to eliminate wall slip. Fourier
transform analysis was applied to the large amplitude oscillatory
shear (LAOS) flow data that had been collected with smooth and

ผลลัพธ์ (อังกฤษ) 2:

The strain and Frequency Dependency of The Materials functions,.
Such as The Magnitude of Complex viscosity (G *), Storage Modulus.
(G ¢ (x)), Loss Modulus (G ¢ ¢ (x)) and oscillatory Stress, were measured.
using Dynamic testing. Generally, Smooth-surfaced Plates were used.
for Dynamic Testing; however, strain Sweep experiments were also.
repeated at x = 1 RPS using Plates, The surfaces of which were Covered.
with 400 Grit, adhesive-backed, Waterproof sandpaper (ARC.
Abrasives, Inc.., Troy, OH, USA) to Eliminate Wall Slip. Fourier
Transform Analysis was Applied to The Large amplitude oscillatory.
shear (LAOS) that had been Collected Flow Data with Smooth and.

ผลลัพธ์ (อังกฤษ) 3:

The strain and frequency dependency of the, materials functions
such as the magnitude of complex viscosity (g *), storage. Modulus
(G message (x)), loss modulus (G by color (x), and oscillatory stress were measured
using dynamic testing. Generally smooth-surfaced,, Plates were used
for dynamic testing; however strain sweep, experiments were also
repeated at x = 1 RPS, using platesThe surfaces of which were covered
with 400 grit adhesive-backed waterproof,, sandpaper (ARC
Abrasives Inc. Troy OH,,,,, U.S.A.) to eliminate wall slip. Fourier
transform analysis was applied to the large amplitude oscillatory
shear (LAOS flow.) Data that had been collected with smooth and.