Browsing Open Access Repositories by Subject "extensional flow"
Now showing items 1-18 of 18
-
HDPE (CM1) optical birefringence pattern in cross-slot flow, piston speed 0.044mm/s, 155C
(2008-09-04)The optical birefringence pattern obtained from lightly branched high density polyethyene (HDPE - produced by metallocene catalysis polymerisation) flowing in a cross-slot multi-pass rheometer cell. Experiment carried out ...
-
HDPE (CM1) optical birefringence pattern in cross-slot flow, piston speed 0.044mm/s, 175C
(2008-09-04)The optical birefringence pattern obtained from lightly branched high density polyethyene (HDPE - produced by metallocene catalysis polymerisation) flowing in a cross-slot multi-pass rheometer cell. Experiment carried out ...
-
HDPE (CM1) optical birefringence pattern in cross-slot flow, piston speed 0.088mm/s, 155C
(2008-09-04)The optical birefringence pattern obtained from lightly branched high density polyethyene (HDPE - produced by metallocene catalysis polymerisation) flowing in a cross-slot multi-pass rheometer cell. Experiment carried out ...
-
HDPE (CM1) optical birefringence pattern in cross-slot flow, piston speed 0.088mm/s, 175C
(2008-09-04)The optical birefringence pattern obtained from lightly branched high density polyethyene (HDPE - produced by metallocene catalysis polymerisation) flowing in a cross-slot multi-pass rheometer cell. Experiment carried out ...
-
HDPE (CM1) optical birefringence pattern in cross-slot flow, piston speed 0.22mm/s, 155C
(2008-09-04)The optical birefringence pattern obtained from lightly branched high density polyethyene (HDPE - produced by metallocene catalysis polymerisation) flowing in a cross-slot multi-pass rheometer cell. Experiment carried out ...
-
HDPE (CM1) optical birefringence pattern in cross-slot flow, piston speed 0.22mm/s, 175C
(2008-09-04)The optical birefringence pattern obtained from lightly branched high density polyethyene (HDPE - produced by metallocene catalysis polymerisation) flowing in a cross-slot multi-pass rheometer cell. Experiment carried out ...
-
HDPE (CM1) optical birefringence pattern in cross-slot flow, piston speed 0.44mm/s, 155C
(2008-09-04)The optical birefringence pattern obtained from lightly branched high density polyethyene (HDPE - produced by metallocene catalysis polymerisation) flowing in a cross-slot multi-pass rheometer cell. Experiment carried out ...
-
HDPE (CM1) optical birefringence pattern in cross-slot flow, piston speed 0.44mm/s, 175C
(2008-09-04)The optical birefringence pattern obtained from lightly branched high density polyethyene (HDPE - produced by metallocene catalysis polymerisation) flowing in a cross-slot multi-pass rheometer cell. Experiment carried out ...
-
HDPE (CM1) optical birefringence pattern in cross-slot flow, piston speed 0.88mm/s, 155C
(2008-09-05)The optical birefringence pattern obtained from lightly branched high density polyethyene (HDPE - produced by metallocene catalysis polymerisation) flowing in a cross-slot multi-pass rheometer cell. Experiment carried out ...
-
HDPE (CM1) optical birefringence pattern in cross-slot flow, piston speed 0.88mm/s, 175C
(2008-09-05)The optical birefringence pattern obtained from lightly branched high density polyethyene (HDPE - produced by metallocene catalysis polymerisation) flowing in a cross-slot multi-pass rheometer cell. Experiment carried out ...
-
HDPE (CM1) optical birefringence pattern in cross-slot flow, piston speed 1.32mm/s, 155C
(2008-09-05)The optical birefringence pattern obtained from lightly branched high density polyethyene (HDPE - produced by metallocene catalysis polymerisation) flowing in a cross-slot multi-pass rheometer cell. Experiment carried out ...
-
HDPE (CM1) optical birefringence pattern in cross-slot flow, piston speed 1.32mm/s, 175C
(2008-09-05)The optical birefringence pattern obtained from lightly branched high density polyethyene (HDPE - produced by metallocene catalysis polymerisation) flowing in a cross-slot multi-pass rheometer cell. Experiment carried out ...
-
HDPE (CM1) optical birefringence pattern in cross-slot flow, piston speed 1.76mm/s, 155C
(2008-09-05)The optical birefringence pattern obtained from lightly branched high density polyethyene (HDPE - produced by metallocene catalysis polymerisation) flowing in a cross-slot multi-pass rheometer cell. Experiment carried out ...
-
HDPE (CM1) optical birefringence pattern in cross-slot flow, piston speed 1.76mm/s, 175C
(2008-09-05)The optical birefringence pattern obtained from lightly branched high density polyethyene (HDPE - produced by metallocene catalysis polymerisation) flowing in a cross-slot multi-pass rheometer cell. Experiment carried out ...
-
HDPE (CM1) optical birefringence pattern in cross-slot flow, piston speed 2.2mm/s, 155C
(2008-09-05)The optical birefringence pattern obtained from lightly branched high density polyethyene (HDPE - produced by metallocene catalysis polymerisation) flowing in a cross-slot multi-pass rheometer cell. Experiment carried out ...
-
HDPE (CM1) optical birefringence pattern in cross-slot flow, piston speed 2.2mm/s, 175C
(2008-09-05)The optical birefringence pattern obtained from lightly branched high density polyethyene (HDPE - produced by metallocene catalysis polymerisation) flowing in a cross-slot multi-pass rheometer cell. Experiment carried out ...
-
HDPE (CM1) optical birefringence pattern in cross-slot flow, piston speed 2.64mm/s, 175C
(2008-09-05)The optical birefringence pattern obtained from lightly branched high density polyethyene (HDPE - produced by metallocene catalysis polymerisation) flowing in a cross-slot multi-pass rheometer cell. Experiment carried out ...
-
HDPE (CM1) optical birefringence pattern in cross-slot flow, piston speed 4.4mm/s, 175C
(2008-09-05)The optical birefringence pattern obtained from lightly branched high density polyethyene (HDPE - produced by metallocene catalysis polymerisation) flowing in a cross-slot multi-pass rheometer cell. Experiment carried out ...