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Manual explains how to operate Theta, theory, and practical advice for measurements.
Describes the physical construction of the Theta tensiometer and its components.
Details mechanical and software installation steps for the Theta instrument.
Explains the calibration process using a calibration ball and software settings.
Guides through preliminaries and image recording for sessile drop experiments.
Outlines the procedure for pendant drop experiments, including surface and interfacial tension.
Describes how to perform data analysis and curve fitting using the software.
Explains how to perform surface free energy calculations using contact angle data.
Provides an overview of the OneAttension software interface and user management.
Describes the instrument home tab for starting experiments and managing recipes.
Details how to analyze experiment data, view graphs, and print reports.
Explains the setup tab for application settings, user management, and device calibration.
Manages choices for probe liquids in recipes.
Manages choices for solid materials in recipes.
Manages choices for Sigma force tensiometer probes (not for Theta).
Manages choices for additions in recipes, mainly for Sigma force tensiometers.
Manages choices for vessels in recipes, mainly for Sigma force tensiometers.
Allows setting experiment save paths and choosing additional hardware.
Explains software for device communication analysis and calibration.
Detailed steps for calibrating the instrument using a calibration ball.
Describes an alternate calibration method using a needle, useful for picoliter dispensers.
Lists available experiment types and equipment needed before starting.
Explains how to choose an experiment type to begin the process.
Details preparation steps for pulsating drop experiments.
Explains the recipe sheet parameters for configuring experiments.
Describes live analysis features and options.
Details image recording settings like mode, duration, and frame rate.
Explains how to input data for solid, light, and heavy phases.
Provides specific instructions for performing sessile drop experiments.
Details how to perform pendant drop experiments, including interfacial tension.
Guides on performing meniscus experiments, especially with fibers.
Offers practical advice on cleanliness, lighting, magnification, and drop size.
Discusses methods for accurate baseline assignment in image analysis.
Covers analyzing porous solids and characterizing wetting behavior.
Details automatic movement capabilities for sample stages and dispensers.
Explains the motorized up/down movement for automatic liquid dispensing.
Details the controls for automated dispenser holder/movement.
Describes the automatic X sample stage for automated substrate movement.
Details the device controls for the automatic X sample stage.
Explains the XYZ sample stage for automated substrate movement in three dimensions.
Overview of the different automatic dispenser types available for Theta.
Details the C201 dispenser for precise liquid dispensing.
Details device controls and recipe parameters for automatic single liquid dispensers.
Steps for calibrating the automatic single liquid dispenser.
Describes the C311 dispenser using disposable tips.
Explains the C314 Multi Liquid Dispenser with multiple syringes.
Covers global settings for the multiliquid dispenser and its controls.
Details the T315A picoliter dispenser for nano- and picoliter sized drops.
Explains the operation of the picoliter dispenser's control unit.
Details the calibration process for the picoliter dispenser.
Describes the TCU for computer-controlled temperature regulation of the sample.
Lists technical specifications for the temperature control unit.
Explains the automated tilting cradle for dynamic contact angle measurements.
Details the device controls and settings for the tilting cradle.
Overview of the PD 200 module for controlled perturbations in pendant/rising drops.
Lists technical specs and connection details for the PD 200 module.
Explains recipe sheet parameters and device controls for the PD 200.
Details curve fitting and analysis for pulsating drop experiments.
Details how to perform curve fitting and data analysis on recorded images.
Explains data analysis options, baseline settings, and fitting parameters.
Explains options for reviewing, printing, graphing, and exporting analyzed data.
Describes graphing, statistics, row hiding, and column selection for data handling.
Guides on calculating surface free energy using Sessile Drop experiment data.
Explains the definition and measurement of contact angles.
Discusses the difference between advancing and receding contact angles.
Explains how contact angle data is used to assess wetting and derive other parameters.
Defines surface tension and its measurement, including interfacial tension.
Explains the analysis of pendant drop shape to determine surface tension.
Details methods for calculating solid surface free energy from contact angle data.
Manual explains how to operate Theta, theory, and practical advice for measurements.
Describes the physical construction of the Theta tensiometer and its components.
Details mechanical and software installation steps for the Theta instrument.
Explains the calibration process using a calibration ball and software settings.
Guides through preliminaries and image recording for sessile drop experiments.
Outlines the procedure for pendant drop experiments, including surface and interfacial tension.
Describes how to perform data analysis and curve fitting using the software.
Explains how to perform surface free energy calculations using contact angle data.
Provides an overview of the OneAttension software interface and user management.
Describes the instrument home tab for starting experiments and managing recipes.
Details how to analyze experiment data, view graphs, and print reports.
Explains the setup tab for application settings, user management, and device calibration.
Manages choices for probe liquids in recipes.
Manages choices for solid materials in recipes.
Manages choices for Sigma force tensiometer probes (not for Theta).
Manages choices for additions in recipes, mainly for Sigma force tensiometers.
Manages choices for vessels in recipes, mainly for Sigma force tensiometers.
Allows setting experiment save paths and choosing additional hardware.
Explains software for device communication analysis and calibration.
Detailed steps for calibrating the instrument using a calibration ball.
Describes an alternate calibration method using a needle, useful for picoliter dispensers.
Lists available experiment types and equipment needed before starting.
Explains how to choose an experiment type to begin the process.
Details preparation steps for pulsating drop experiments.
Explains the recipe sheet parameters for configuring experiments.
Describes live analysis features and options.
Details image recording settings like mode, duration, and frame rate.
Explains how to input data for solid, light, and heavy phases.
Provides specific instructions for performing sessile drop experiments.
Details how to perform pendant drop experiments, including interfacial tension.
Guides on performing meniscus experiments, especially with fibers.
Offers practical advice on cleanliness, lighting, magnification, and drop size.
Discusses methods for accurate baseline assignment in image analysis.
Covers analyzing porous solids and characterizing wetting behavior.
Details automatic movement capabilities for sample stages and dispensers.
Explains the motorized up/down movement for automatic liquid dispensing.
Details the controls for automated dispenser holder/movement.
Describes the automatic X sample stage for automated substrate movement.
Details the device controls for the automatic X sample stage.
Explains the XYZ sample stage for automated substrate movement in three dimensions.
Overview of the different automatic dispenser types available for Theta.
Details the C201 dispenser for precise liquid dispensing.
Details device controls and recipe parameters for automatic single liquid dispensers.
Steps for calibrating the automatic single liquid dispenser.
Describes the C311 dispenser using disposable tips.
Explains the C314 Multi Liquid Dispenser with multiple syringes.
Covers global settings for the multiliquid dispenser and its controls.
Details the T315A picoliter dispenser for nano- and picoliter sized drops.
Explains the operation of the picoliter dispenser's control unit.
Details the calibration process for the picoliter dispenser.
Describes the TCU for computer-controlled temperature regulation of the sample.
Lists technical specifications for the temperature control unit.
Explains the automated tilting cradle for dynamic contact angle measurements.
Details the device controls and settings for the tilting cradle.
Overview of the PD 200 module for controlled perturbations in pendant/rising drops.
Lists technical specs and connection details for the PD 200 module.
Explains recipe sheet parameters and device controls for the PD 200.
Details curve fitting and analysis for pulsating drop experiments.
Details how to perform curve fitting and data analysis on recorded images.
Explains data analysis options, baseline settings, and fitting parameters.
Explains options for reviewing, printing, graphing, and exporting analyzed data.
Describes graphing, statistics, row hiding, and column selection for data handling.
Guides on calculating surface free energy using Sessile Drop experiment data.
Explains the definition and measurement of contact angles.
Discusses the difference between advancing and receding contact angles.
Explains how contact angle data is used to assess wetting and derive other parameters.
Defines surface tension and its measurement, including interfacial tension.
Explains the analysis of pendant drop shape to determine surface tension.
Details methods for calculating solid surface free energy from contact angle data.
General| Brand | attension |
|---|---|
| Model | Theta |
| Category | Measuring Instruments |
| Language | English |
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