The Intertek Allentown laboratory employs scientists with expertise in characterizing chemicals, gases, formulated products, polymers, materials, and finished goods. Services include technical consulting, problem solving, methods development, and a broad range of analytical testing methods such as spectroscopy, microscopy, metallurgy, surface science, mass spectrometry, liquid chromatography, thermal testing, and more. Clients benefit from Intertek's experience and wide range of analytical capabilities spanning multiple industries.
Tutorial: Circuits and Systems for Lab-on-Chip IntegrationWael Badawy
Tutorial on Circuits and Systems for Lab-on-Chip Integration by Dr. Wael Badawy, ATIPS Associate, Associate Professor, Dept. ECE, University of Calgary, Calgary, Alberta, Canada
And Dr. Yehya Ghallab, ATIPS Research Associate University of Calgary, Calgary, Alberta, Canada
NDT Versus Mechanical testing, Overview of the Non Destructive Testing Methods for the detection of manufacturing defects as well as material characterisation. Relative merits and limitations, Various physical characteristics of materials and their applications in NDT., Visual inspection – Unaided and aided
Application of non destructive test for structural health monitoring - state ...eSAT Journals
Abstract
The concept of non-destructive testing (NDT) is to obtain material properties “in place” specimens without the destruction of the specimens and to do the structural health monitoring. NDT using Rebound hammer, Ultra pulse velocity, Half-cell potential, core cutter, carbonation depth, rebar locator, Rapid chloride penetration test, electric resistivity meter test and vibration base analysis by data analoger are very popular and highly effective in conducting structural health monitoring. The structure can be investigated by using a visual inspection, NDT, laboratory and field test performance. In this article a review of these tests have been provided to conduct effective structural health monitoring of a RCC structure
Keywords: Non-destructive test, visual inspection, corrosion, compressive strength
Determining damages in ceramic plates by using discrete wavelet packet transf...IJECEIAES
In this study, an analysis was conducted by using discrete wavelet packet transform (DWPT) and support vector machine (SVM) methods to determine undamaged and cracked plates. The pendulum was used to land equal impacts on plates in this experimental study. Sounds, which emerge from plates as a result of the impacts applied to undamaged and cracked plates, are sound signals used in the analysis and DWPT of these sound signals were obtained with 128 decompositions for feature extraction. The first four components, reflecting the characteristics of undamaged and cracked plates within these 128 components, were selected for enhancing the performance of the classifier and energy values were used as feature vectors. In the study, the SVM model was created by selecting appropriate C and 훾 parameters for the classifier. Undamaged and cracked plates were seen to be successfully identified by an analysis of the training and testing phases. Undamaged and cracked statuses of the plates that are undamaged and have the analysis had identified different cracks. The biggest advantage of this analysis method used is that it is high-precision, is relatively low in cost regarding experimental equipment and requires hardware.
Tutorial: Circuits and Systems for Lab-on-Chip IntegrationWael Badawy
Tutorial on Circuits and Systems for Lab-on-Chip Integration by Dr. Wael Badawy, ATIPS Associate, Associate Professor, Dept. ECE, University of Calgary, Calgary, Alberta, Canada
And Dr. Yehya Ghallab, ATIPS Research Associate University of Calgary, Calgary, Alberta, Canada
NDT Versus Mechanical testing, Overview of the Non Destructive Testing Methods for the detection of manufacturing defects as well as material characterisation. Relative merits and limitations, Various physical characteristics of materials and their applications in NDT., Visual inspection – Unaided and aided
Application of non destructive test for structural health monitoring - state ...eSAT Journals
Abstract
The concept of non-destructive testing (NDT) is to obtain material properties “in place” specimens without the destruction of the specimens and to do the structural health monitoring. NDT using Rebound hammer, Ultra pulse velocity, Half-cell potential, core cutter, carbonation depth, rebar locator, Rapid chloride penetration test, electric resistivity meter test and vibration base analysis by data analoger are very popular and highly effective in conducting structural health monitoring. The structure can be investigated by using a visual inspection, NDT, laboratory and field test performance. In this article a review of these tests have been provided to conduct effective structural health monitoring of a RCC structure
Keywords: Non-destructive test, visual inspection, corrosion, compressive strength
Determining damages in ceramic plates by using discrete wavelet packet transf...IJECEIAES
In this study, an analysis was conducted by using discrete wavelet packet transform (DWPT) and support vector machine (SVM) methods to determine undamaged and cracked plates. The pendulum was used to land equal impacts on plates in this experimental study. Sounds, which emerge from plates as a result of the impacts applied to undamaged and cracked plates, are sound signals used in the analysis and DWPT of these sound signals were obtained with 128 decompositions for feature extraction. The first four components, reflecting the characteristics of undamaged and cracked plates within these 128 components, were selected for enhancing the performance of the classifier and energy values were used as feature vectors. In the study, the SVM model was created by selecting appropriate C and 훾 parameters for the classifier. Undamaged and cracked plates were seen to be successfully identified by an analysis of the training and testing phases. Undamaged and cracked statuses of the plates that are undamaged and have the analysis had identified different cracks. The biggest advantage of this analysis method used is that it is high-precision, is relatively low in cost regarding experimental equipment and requires hardware.
Unit-III Non Destructive Testing (NDT)
Subject Name: OML751 Testing of Materials
Topics: Various NDT tests [Visual inspection, Liquid penetrant test, Magnetic particle test, Thermography test, Radiographic test, Eddy current test, Ultrasonic test, Acoustic emission test]
B.E. Mechanical Engineering
Final Year, VII Semester, Open Elective Subject
[As per Anna University R-2017]
Monitoring of concrete structures by electro mechanical impedance technique IEI GSC
By Dr. S.N.Khante Associate Professor & Bhagyashri Sangai
at 31st National Convention of Civil Engineers
organised by
Gujarat State Center, The Institution of Engineers (India) at Ahmedabad
Introduction to the non destructive testing explains the methods for evaluating and verifying many types of Materials as plastics, structures, metals, chemicals, leakage, physical properties. It's very used in the concrete engineering world and in the scientific world.
Introduction & uses of non destructive testingndtindia123
Nondestructive testing or Non-destructive testing (NDT) is a wide group of analysis techniques used in science and industry to evaluate the properties of a material, component surface & subsurface without causing damage or effect to their future performance or properties. Non-destructive testing is used to detect abnormalities in physical, chemical or electrical characteristics.
Unit-III Non Destructive Testing (NDT)
Subject Name: OML751 Testing of Materials
Topics: Various NDT tests [Visual inspection, Liquid penetrant test, Magnetic particle test, Thermography test, Radiographic test, Eddy current test, Ultrasonic test, Acoustic emission test]
B.E. Mechanical Engineering
Final Year, VII Semester, Open Elective Subject
[As per Anna University R-2017]
Monitoring of concrete structures by electro mechanical impedance technique IEI GSC
By Dr. S.N.Khante Associate Professor & Bhagyashri Sangai
at 31st National Convention of Civil Engineers
organised by
Gujarat State Center, The Institution of Engineers (India) at Ahmedabad
Introduction to the non destructive testing explains the methods for evaluating and verifying many types of Materials as plastics, structures, metals, chemicals, leakage, physical properties. It's very used in the concrete engineering world and in the scientific world.
Introduction & uses of non destructive testingndtindia123
Nondestructive testing or Non-destructive testing (NDT) is a wide group of analysis techniques used in science and industry to evaluate the properties of a material, component surface & subsurface without causing damage or effect to their future performance or properties. Non-destructive testing is used to detect abnormalities in physical, chemical or electrical characteristics.
This slide shows what assets are in NetDispatcher. It provides a bit of clarity as to what they are and what they can be used for. Follow the steps to create assets to better assist you and your business.
In cathodoluminescence imaging, an electron beam is used to excite nanostructures and the cathodoluminescence detector is subsequently used to detect the produced light.
Cathodoluminescence emission can be used to explore many fundamental properties of matter. It can be used to study light transport, scattering, electronic structure of a material, resonant phenomena and much more. It thus presents a valuable source of information for fundamental research as well as applied research with a direct link to industry.
The SPARC is a high-performance cathodoluminescence detection system that is designed and produced by Delmic. With this system, Delmic offers a unique solution for cathodoluminescence imaging.
In this presentation, we share the knowledge about the cathodoluminescence technique and point out the key advantages of using cathodoluminescence imaging in different areas.
For questions about cathodoluminescence and the SPARC, please leave a comment below or visit www.delmic.com and send us a message.
Metal Power are leading manufacturers of Spectrometers and Analytical Equipment. We offer the world’s widest OES range to meet every analytical and financial need. We export to 35+ countries and have 1,500+ installations across 4 continents.
Lonestar testing and laboratory in the UAE is EIAC accredited to comply with ISO/IEC, providing professional laboratory testing services across many sectors
"Lonestar testing and laboratory in the UAE is EIAC accredited to comply with ISO/IEC, providing professional laboratory testing services across many sectors
Lonestar testing and laboratory in the UAE is EIAC accredited to comply with ISO/IEC, providing professional laboratory testing services across many sectors
Many factors impacting the measurement precision of ICP-OES and ICP-MS are still often neglected for everyday operation, however. Sample preparation is one of the factors that play a crucial role in the success of high-quality sample analysis. In this webinar, our experts will discuss sample preparation to: 1) improve analysis precision 2) make difficult samples easy to be analyzed 3) eliminate sample dilution to minimize error introduction.
For more information, please visit here: http://chrom.ms/CtRtKpw
Improve Analysis Precision for ICP-OES and ICP-MS for Environmental and Geolo...
Intertek Allentown
1. Intertek Allentown
Services Overview
The Intertek Allentown laboratory is located in Allentown, Pennsylvania USA, and employs
team of scientists with broad expertise in the analytical characterization of:
• Chemicals and gases used in industrial and electronic applications
• Formulated products, additives, polymers and emulsions
• Materials including catalysts, sorbents, nano-particles and inorganic/organic
precursors
• Finished goods (coatings, composites, adhesives, electronic components, medical
devices, etc.)
Your Problem
Solving Partner
2. 2
intertek.com
Technical Consulting
• Intertek Allentown scientists are experts in
their fields and experienced in multidisciplinary
problem-solving. Consulting services range from
short discussions and advice, to more detailed
milestone-based program planning.
Problem-Solving
• Our customers often have a problem or
product performance observation they want
to understand. An analytical scientist will work
with the customer to define an appropriate
testing plan to investigate the issue. The
results will be combined and presented to
the customer as a solution to the problem.
Applications including reverse engineering,
deformulation of complex mixtures and
unknown identification.
Methods Development
• We regularly adapt ‘routine’ measurements
for novel sample types, develop new methods
based on emerging needs, or develop on-line
measurement approaches for your process
environment.
Spectroscopy
• Infrared spectroscopy: microscopy, ATR, micro-
ATR, photoacoustic, grazing angle/silicon
polarizer, TGA-IR, Near IR
• UV-VIS
• Raman: FT-Raman, microscopy and mapping
• Process monitoring using mid-IR, near-IR, and
Raman
Microscopy
• Sample prep: microtomy, ultracryomicrotomy
• Scanning Electron Microscopy (SEM) with EDS,
STEM, electron backscattered diffraction, field
emission, low-vacuum. Remote viewing option.
• Scanning Probe Microscopy (SPM) including
tapping, contact, phase contrast, conductive
modes and more
• Profilometry: non-contact scanning white light
and contact stylus methods
• Optical: polarized light, fluorescence,
stereomicroscopy
Metallurgy
• Sample prep and mounting
• Testing: microscopy evaluation, mechanical,
structural/chemical (XRF, SEM/EDS)
Surface Science
• Time of Flight Secondary Ion Mass Sepctrometry
(TOF-SIMS): elemental and chemical imaging,
cold stage, inert sample handling
• X-ray photoelectron spectroscopy (XPS):
elemental depth profiling, inert sample handing,
ultraviolet photoelectron spectroscopy (UPS)
attachment
Analytical Testing
Service
Clients benefit from years of industrial
experience supporting research,
development, quality control, product
scale-up, and manufacturing.
Service
beyond
analysis
Analytical Expertise
3. 3
intertek.com
Mass Spectrometry
• GC-MS: EI, CI, thermal extraction/thermal
desorption/GC-MS
• Solids probe MS
• Matrix Assisted Laser Desorption Ionization
(MALDI)
• LC-MS: UPLC/UV-TOFMS, ESI, PDA, ASAP-MS
Liquid Chromatography
• HPLC: multiple detectors (PDA, ELSD, CAD,
conductivity, RI, coulometric)
• UPLC-MS: multiple detectors (PDA, MS, API)
• Gel permeation chromatography (GPC): multiple
detectors (RI, ELSD, CAD, MALLS, viscosity) and
high temperature
X-ray Diffraction
• Powder diffraction
• X-ray reflectivity
• Temperature and environmental controls
Thermal Testing and Thermal Hazards
• Differential Scanning Calorimetry (DSC),
modulated DSC
• Thermogravimetric Analysis (TGA) including
TGA-IR and Simultaneous DSC/TGA (SDT)
• Thermo Mechanical Analysis (TMA)
• Accelerated Rate Calorimeter (ARC)
• Super-Constant Rate Calorimeter
• Thermal Screening Unit (TSU)
• Vapor pressure
Nuclear Magnetic Resonance
• 500MHz, 400MHz, and 300MHz field strengths
• Multinuclear capabilities at all field strengths:
1H, 13C, 19F, 15N, 29Si, 31P, 119Sn, 11B,
others available upon request
• Z-gradients for diffusion and gradient-selected
techniques
• Multidimensional techniques including COSY,
HSQC, HMBC, NOESY, INADEQUATE
Trace Metals Analysis and Functional Analysis
• X-ray fluorescence (XRF)
• Inductively Coupled Plasma-Optical Emission
Spectroscopy (ICP-OES)
• High Resolution ICP-MS
• Flame Atomic Absorption/Emission Spectroscopy
• Ion chromatography (IC)
• Ion selective electrodes (ISE)
• Kjeldahl Nitrogen
• Titrimetric/potentiometric analysis
• Karl Fischer water (coulometric and volumetric)
Polymer Separations/Particle Size
• Particle size using: light scattered laser
diffraction, dynamic light scattering,
sedimentation, capillary flow technique
• Zeta potential
Gas Chromatography
• Refinery Gas Analysis
• Detectors: FID, TCD, RGA, AED, MS
• Headspace for VOC analysis
Sorption Characterization
• Permeation through polymer films: CO2, CH4,
He, O2, N2, Ar, H2 (other gases upon request)
• Gas isotherms and BET down to 10K
• Chemisorption or vapor isotherms
• Helium density
Rheology
• Solids rheology (DMA)
• Fluids rheology
• Adhesive testing using Texture Analyzer
• Microhardness testing
• Nanoindentation
• Surface tension
Clients benefit from Intertek Allentown’s
broad suite of analytical tools and wide-
ranging problem-solving experience
spanning multiple industries.
Success
from
response
Analytical Expertise cont’d
4. www.intertek.com/analytical-laboratories/asa
Intertek Allentown is your entry point into a
broad global network of laboratories providing
testing, certification, inspection, auditing, quality
assurance and advisory services.
For more information
please contact us:
Intertek Allentown
7201 Hamilton Blvd.
Dock #5
Allentown, PA 18195
Tel: 1.610.295.0100
Email: asa@intertek.com