NucleI

NucleI software provides comprehensive control over NMR experiment parameters on desktop Nuclear Magnetic Resonance (NMR) setups, including devices like Resonance Systems Spin Track. It is designed for full customization, efficient tracking, and streamlined execution of complex experiment workflows.

Key Features

• Full Customization: - Create custom experiments with powerful code- and graph-based toolsets. - Develop unique pages and interfaces for the most unconventional experiments, tailoring every aspect to specific research needs.

• Full Tracking: - Tracks and organizes all details related to experiments, samples, and device configurations. - Enables easy replication of studies with comprehensive records of experimental data, sample metadata, and device settings.

• Data Export: - Exports data in popular formats, including CSV and NMRpipe, for seamless integration with other analysis tools.

• Experiment Queuing: - Define and save complex chains of experiments as queues, allowing for sequential or automated execution on the device.

• Comprehensive Configuration: - Supports full configuration of experiment parameters, reducing manual setup time and increasing accuracy in experiment replication.

Why NMR?

• Why NMR?

Get started

• Introduction
• Installation
• Connection
• Before Experiment
• Device Setup
• Basic Measurement

Overview

• User Interface
  • Home Page
  • Experiment Data Preview Toggle
  • Acquisition Page
  • Data Browser Page
  • Sequence Page
  • Analysis
  • Custom Page
  • T1/T2 Relaxation Time Measurement
  • Task Scheduler Page
  • Sample Info Page
  • Settings Page
  • Basic Mode Page
  • Plot Settings
  • Help Page

F.A.Q.

• Frequently Asked Questions
  • Table of contents
  • F.A.Q. Basic interaction with TQT Nuclei
  • Advanced FAQ

API

• NucleI API
  • Global functions
  • Namespaces
• tqt_nmr
  • tqt_nmr package
• Layout Schema
  • button
  • checkbox
  • input
  • plot
  • select
  • option
  • horizontal-layout
  • vertical-layout
  • text

Indices and tables

• Index

• Module Index

• Search Page