Search Results "statistics in analytical chemistry"

Technical Article Search Results for "statistics in analytical chemistry"

• Statistics in the Laboratory: Significant Digits and the Granularity of Data
• Statistics in the Laboratory: The Apparent Capability of an Industrial Process
• Forensic Toxicology: Meeting the Demands of Two Slaves—Science and the Law
• Statistics in Analytical Chemistry: Part 52—Corrections and Clarifications
• Microscopy + Spectroscopy: Pittcon® 2013 Celebrates the Power of Two
• Statistics in Analytical Chemistry: Part 51–Internal Standards With Electrospray Mass Spectrometry
• Automated Assays and More at SLAS 2013 and HCA 2013
• Statistics in Analytical Chemistry: Part 50—Sampling Theory
• An Ultrasensitive Immunoassay Detection System for Biomarkers Utilizing Raman Scattering Methods
• Statistics in Analytical Chemistry: Part 49—Relative Standard Deviations and Detection
• Statistics in Analytical Chemistry: Part 48—Relative Standard Deviations (RSDs)
• Statistics in Analytical Chemistry: Part 47—Risky Calibration Practices
• Chromatography and Linear Regression: An Inseparable Pair
• Statistics in Analytical Chemistry: Part 46—R² (Concluded)
• Automated Structure Verification by NMR, Part 2: Return on Investment
• Statistics in Analytical Chemistry: Part 45—R² (Continued)
• Statistics in Analytical Chemistry: Part 44—R²
• Statistics in Analytical Chemistry: Part 43—Pass-Fail Methods (Concluded)
• Statistics in Analytical Chemistry: Part 42—Pass-Fail Methods
• Statistics in Analytical Chemistry: Part 41—Blanks (Concluded)
• Highlights From the 22nd International Ion Chromatography Symposium (IICS 2010)
• Statistics in Analytical Chemistry: Part 40—Blanks
• Strategy for Improving HPLC Retention Time Prediction Accuracy Using Chromatography Simulation Software
• Statistics in Analytical Chemistry: Part 39—Inexact Replicates: Example
• Statistics in Analytical Chemistry: Part 38—Inexact Replicates
• Statistics in Analytical Chemistry: Part 37—Deviations, Errors, and Intervals (Oh My!)
• Statistics in Analytical Chemistry: Part 36—Significant Digits (Concluded)
• Extracting Greater Value From Scientific Data: An Optimized Approach
• Statistics in Analytical Chemistry: Part 35—Reporting Data and Significant Digits
• Statistics in Analytical Chemistry: Part 34—Detection-Limit Summary
• Statistics in Analytical Chemistry: Part 33—Detection Limits via 3-Sigma (Concluded)
• Statistics in Analytical Chemistry: Part 32—Detection Limits Via 3-Sigma
• Statistics in Analytical Chemistry: Part 31—Receiver Operating Characteristic (ROC) Curves: Equations
• Statistics in Analytical Chemistry: Part 30—Statistically Derived Detection Limits (Concluded)
• Statistics in Analytical Chemistry: Part 29—Statistically Derived Detection Limits (continued)
• Statistics in Analytical Chemistry: Part 28—Statistically Derived Detection Limits
• Statistics in Analytical Chemistry: Part 27—Receiver Operating Characteristic (ROC) Curves
• Statistics in Analytical Chemistry: Part 26—Detection Limits: Editorial Comments and Introduction
• Statistics in Analytical Chemistry: Part 25—Calibration Summary
• Statistics in Analytical Chemistry: Part 24—Glossary
• Statistics in Analytical Chemistry: Part 23—Degrees of Freedom in the Lack-of-Fit Test
• Statistics in Analytical Chemistry: Part 22—Lack-of-Fit Details
• Statistics in Analytical Chemistry: Part 21—Recovery Curves and Internal Standards (Concluded)
• Statistics in Analytical Chemistry: Part 20—Recovery Curves
• Statistics in Analytical Chemistry: Part 19—Internal Standards
• Statistics in Analytical Chemistry: Part 18—Calibration Example 6 (Concluded)
• Statistics in Analytical Chemistry: Part 17—Calibration Example 6
• Statistics in Analytical Chemistry: Part 16—Calibration Example 5 (Concluded)
• Statistics in Analytical Chemistry: Part 15—Calibration Example 5
• Statistics in Analytical Chemistry: Part 14—Calibration Example 4
• Statistics in Analytical Chemistry: Part 13—Calibration Example 3
• Statistics in Analytical Chemistry: Part 12—Calibration Example 2
• Statistics in Analytical Chemistry: Part 11—Calibration Example
• Statistics in Analytical Chemistry: Part 10—Calibration Diagnostics (concluded)
• Statistics in Analytical Chemistry: Part 9—Calibration Diagnostics (continued)
• Statistics in Analytical Chemistry: Part 8—Calibration Diagnostics
• Statistics in Analytical Chemistry: Part 7—A Review
• Statistics in Analytical Chemistry: Part 6—Calibration design
• Statistics in Analytical Chemistry: Part 5—Calibration: Calibration design
• Statistics in Analytical Chemistry: Part 4—Calibration: Uncertainty intervals
• Statistics in Analytical Chemistry: Part 3—Calibration: Introduction and Ordinary Least Squares
• Statistics in Analytical Chemistry: Part 2—Measurement and the Real-Number Line
• Statistics in Analytical Chemistry: A new American Laboratory column

Application Note Search Results for "statistics in analytical chemistry"

• A Blood Separation Device That Eliminates Centrifugation and Reduces Preanalytical Errors and Turnaround Times
• Statistics in the Laboratory: The Limit of Quantitation
• Quantitating VOCs in Serum Using Automated Headspace-SPME/Cryo-Focusing/Isotope Dilution/Capillary GC/MS
• Statistics in the Laboratory: A New American Laboratory Column
• Electronic DNA Sample Processing Preserves Evidence Integrity in the Forensics Laboratory
• A Tandem Approach to TOC Analysis in Drinking Water Treatment
• Dynamic Light Scattering (DLS) Microrheology: Taking Rheological Characterization to Extremes
• Use of LIMS to Improve Trace Evidence Management in the Crime Laboratory
• Dietary Supplement Standard Reference Materials
• Meeting the Specialized Requirements of the Biologist Through a Biology-Focused Electronic Laboratory Notebook

Blog Search Results for "statistics in analytical chemistry"

• Motivation Through Recognition: Awards and Other Highlights From Pittcon 2018
• Top 10 Laboratory Articles of 2013

Featured Article Search Results for "statistics in analytical chemistry"

• Statistics in the Laboratory: Pooling
• Interview With Professor Emeritus Barry L. Karger
• Review of HPLC 2014: Advances in HPLC and So Much More
• DATAVERSITY Organizes and Co-Locates Three Conferences