How to Calculate and Solve for Part Shrinkage Ratio | Polymer & Textile
The image above represents the part shrinkage ratio. Two essential parameters are needed to calculate the part shrinkage ratio:mold dimension
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polymer & textile
How to Calculate and Solve for Degree of Polymerization | Both Mechanisms | Polymer & Textile
To calculate the degree of polymerization, two essential parameters are needed, and these parameters are parameter (σ) and parameter (V). The formula
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How to Calculate and Solve for Free Volume of Polymer | Polymer & Textile
The image above represents free volume of polymer. To calculate free volume of polymer, two essential parameters are needed and
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How to Calculate and Solve for TEX | Polymer & Textile
The image above represents TEX. Two essential parameters are needed to calculate TEX: mass (M) and length (L). The formula for calculating TEX:
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How to Calculate and Solve for TEX | Denier | Polymer & Textile
The image above represents TEX | Denier. To calculate TEX | Denier, one essential parameter is needed and this parameter
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How to Calculate and Solve for Pressure Gradient | Polymer & Textile
The image above represents pressure gradient. To calculate pressure gradient, four essential parameters are needed and these parameters are value
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How to Calculate and Solve for Apparent Shear Stress | Slit Die | Polymer & Textile
The image above represents the apparent shear stress | slit die. To calculate apparent shear stress | slit die, three
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How to Calculate and Solve for Plastic Pressure | Polymer & Textile
The image above represents plastic pressure. To calculate plastic pressure, two essential parameters are needed, and these parameters are hydraulic
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How to Calculate and Solve for Dryer Capacity | Polymer & Textile
The image above represents dryer capacity. To calculate dryer capacity, two essential parameters are needed: material consumption (Mc) and drying time (TD). The
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How to Calculate and Solve for Shielding Factor | Polymer & Textile
The image above represents shielding factor. To calculate shielding factor, two essential parameters are needed, and these parameters are coil
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How to Calculate and Solve for Degree of Polymerization | combination | Polymer & Textile
The image above represents the degree of polymerization. One essential parameter is needed to calculate the degree of polymerization, and
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How to Calculate and Solve for Helix Angle | Polymer & Textile
The image above represents the helix angle. To calculate helix angle, two essential parameters are needed and these parameters are
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How to Calculate and Solve for Reynold’s Number | Polymer & Textile
The image above represents the Reynold’s number. To calculate Reynold’s number, four essential parameters are needed, and these parameters are
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How to Calculate and Solve for Moisture Regain | Polymer & Textile
The image above represents the moisture regain. To calculate moisture regain, two essential parameters are needed, and these parameters are
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How to Calculate and Solve for Denier | Polymer & Textile
The image above represents denier. Two essential parameters are needed to calculate denier: mass (M) and length (L). The formula
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How to Calculate and Solve for Burst Pressure | Polymer & Textile
The image above represents burst pressure. To calculate the burst pressure, three essential parameters are needed, and these parameters are
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How to Calculate and Solve for Flexural Stress | Polymer & Textile
The image above represents the flexural stress. Three parameters are needed to calculate the flexural stress: axial load at fracture point
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How to Calculate and Solve for Maxwell’s Tone of Relaxation | Polymer & Textile
The image above represents Maxwell’s tone of relaxation. To calculate Maxwell’s tone of relaxation, two essential parameters are needed, and
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How to Calculate and Solve for Weight Average Molecular Weight | Polymer & Textile
The image above represents the weight average molecular weight. Two essential parameters are needed to calculate the average molecular weight:
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How to Calculate and Solve for Molecular Weight of Homopolymer | Polymer & Textile
The image above represents the molecular weight of homopolymer. To calculate molecular weight of homopolymer, two essential parameters are needed,
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