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  • VTT's Ralf Marbach on His New Calibration Method
    and Biopharmaceutical Development and Manufacturing " Symbion Systems Announces Integration of Its PAT Solutions With CAMO s Unscrambler Technology PAT Needs and Applications in the Bioprocess Industry Multivariate Calibration: A Science-Based Method New IR Calibration Technique Curbs Costs From Underperformance
  • Multivariate Calibration: A Science-Based Method - Part 1
    Operational Excellence & Lean Six Sigma VTT's Ralf Marbach on His New Calibration Method Multivariate Calibration: A Science-Based Method - Part 2 Podcasts from IFPAC: "Radio Free Emil " Bristol-Myers Squibb and MTT Multantiv Announce Non-Exclusive Licensing Agreement for Multivariate Calibration
  • Multivariate Calibration: A Science-Based Method - Part 2
    Operational Excellence & Lean Six Sigma VTT's Ralf Marbach on His New Calibration Method Multivariate Calibration: A Science-Based Method - Part 1 Bristol-Myers Squibb and MTT Multantiv Announce Non-Exclusive Licensing Agreement for Multivariate Calibration Methodology Symbion Systems Announces
  • NIR Calibration Transfer
    ]. Adjusting calibrations refers to using bias/skew corrections estimated from a modest number of samples (12-15) with known reference values. The simplest method is a mean bias correction, which has to be applied for each constituent of interest in a product, although the same transfer samples can be used
  • NIR Calibration Transfer
    ) in: Calibration Transfer and Measurement Stability of Near- Infrared Spectrometers, Applied Spectroscopy, Vol. 46, 764 PDS method, U.S. patent No. 5,459,677 (Oct.17, 1995), by Kowalski, Veltkamp and Wang Shenk-Westerhaus method, U.S. patent No. 4,866,644 (Sept. 12, 1989) Fearn, Standardization
  • NIR Calibration Transfer
    ) are correcting the entire spectrum, the adjusted spectra can be further used with common full-spectrum calibration methods such as LS, PCR and PLS. A straightforward model, rebuilt from adjusted spectra, allows interpretation of results, providing qualitative diagnostic information (y-Deviation
  • New Method for Accurate High Reynolds Metering Uses Water Calibration for Significant Cost Savings
    To maintain accuracy, cone type differential pressure (dP) flow meters need to be calibrated to determine the discharge coefficient (Cd). The Cd often changes with Reynolds number. McCrometer has developed a method that predicts the Cd at high Reynolds numbers based on a water calibration at small
  • AVR053: Calibration of the Internal RC Oscillator
    This application note describes a fast and accurate method to calibrate the internal RC oscillator. It offers an easily adaptable calibration firmware source code, which can be used with any AVR (R) with internal tunable RC oscillator. This firmware allows device calibration using the AVR tools STK
  • Fixed Points for the Thermal Calibration Laboratory
    The advantage of fixed point calibration is the small uncertainties associated with the method. The very pure fixed point substance can be melted or frozen to produce an absolute temperature for calibrating temperature sensors. Typically a 6N pure cell will melt 80% of its contents over 2mK and its
  • Extending Transducer Calibration Range by Extrapolation Technical Note
    the transducer with known masses and lever arms, or using a comparison method where load is generated by hydraulic or pneumatic means and the transducer under test is compared to a reference transducer. In either method, the cost of calibration equipment rises rapidly with increasing capacity.
  • In-Circuit Serial Programming of Calibration Parameters Using a PICmicro (R) Microcontroller
    to construct a programming jig that will receive calibration parameters from the application mid-range PICmicro? microcontrollers (MCU) and program this information into the application baseline PICmicro using the In-Circuit Serial Programming (ICSP?) protocol. This method uses the PIC16CXXX
  • Dynamic calibration for improving the speed of a parallel-aligned liquid-crystal-on-silicon display
    the static phase modulation characterization and the static lookup table (LUT), the phase modulation characterization versus frequency shows that the SLM can operate at around 130 Hz or even higher for small phase changes and at 32 Hz for extreme phase changes. A dynamic calibration is carried out
  • Reduce Calibration Costs and Improve Sensor Integrity through Redundancy and Statistical Analysis
    configurations, the alarm limit to recognize two sensors are reading different values is set at the root mean square of the stated accuracies of the two instruments. Preliminary research found the statistical method is more sensitive. Drift can be detected in about 1/3 the movement, thus giving

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