Our single ion and multi ion kits allow for real-time laboratory analysis of one to six ions simultaneously with one probe. These ion sensors along with the reference electrode are solid state which allows for easy handling, storage and maintenance. No filling solutions nor buffers are required. The sensors are based on carbon nanotube technology allowing for reliable and reproducible measurement of ions in liquids.
This technical note highlights the ability of Laser-induced breakdown spectroscopy (LIBS) to perform depth-profiling analysis of key elements that represent the chemical makeup of important Li-ion battery components.
Request this application note at http://appliedspectra.com/applications/application-notes.html
Now for the first time you can measure ion levels in drinking / tap water, rivers and lakes using one probe and one set of calibration solutions. We have probes specially tailored for environmental testing. Our Environmental probes measure Chloride, Ammonium and Nitrogen or we have a total nitrogen probe measuring Ammonium and Nitrogen. Each probe can be calibrated in our unique calibration solutions allowing you to calibrate all sensors simultaneously and take measurements in drinking or river water. Probes are also available in our standard four or six ion combinations and can be custom packaged upon request.
XBS Triple Filter Quadrupoles configured for multiple source monitoring in MBE deposition applications. The custom configured ioniser provides for high stability, high senstivity monitoring of oxides and metals from both k-cell and e-gun sources.
MBE monitoring and control.
Molecular Beam Studies.
Multiple beam source analysis.
High Performance RGA.
Desorption / Outgassing studies / Bakeout cycles.
Chamber / Process gas Contaminants.
Hiden XBS mass spectrometers for high precision scientific, process applications and MBE analysis, featuring:
High Sensitivity, Enhanced detection from 100% to 5ppb, mass range to 510 amu.
Enhanced long-term Stability (less than ±0.5% height variation over 24 h).
Crossbeam ion source, beam acceptance through +/- 35° to transverse axis.
Ion source control for soft ionisation and appearance potential mass spectrometry.
Enhanced sensitivity for high mass transmission,
SIMS - for depth profiling, surface composition measurement, and elemental imaging, Hiden's SIMS Workstation provides a complete analytical facility.
RGA - The Hiden quadrupole mass spectrometers provide high sensitivity detection capability for the most demanding XHV/UHV vacuum environments. The pulse ion counting detector enables measurement of both positive and negative ions through 7 continuous decades, the integral accumulation mode being used for the capture of discreet particle events.
UHV Temperature Programmed desorption studies (TPD) - Hiden Analytical’s 3F/PIC mass spectrometers with pulse ion counting detection are available configured specifically for UHVTPD providing fast, wide dynamic range detection of multiple species, capturing the entire desorption event.
The Hiden IDP ion desorption probe is a quadrupole mass spectrometer configured for analysis of low energy ions in electron and photon stimulated desorption studies.
Hiden Ion Milling Probe – End Point Detector
The only dedicated end point determination tool for ion etch control and optimum process quality.
End point Analysis.
Target Impurity Determination.
Quality Control / SPC.
Residual Gas Analysis.
The IMP is a differentially pumped, ruggedized secondary ion mass spectrometer for the analysis of secondary ions and neutrals from the ion mill process, featuring:
High Sensitivity SIMS / MS with Pulse Ion Counting Detector.
Triple filter Quadrupole, 300 amu mass range is standard.
Differentially Pumped Manifold With Mounting Flange to Process Chamber.
Ion Optics with Energy Analyser and integral ioniser.
Penning Gauge and interlocks to provide over pressure protection.
Data System with integration to the process tool.
Stability (less than ±0.5% height variation over 24 h).
MASsoft control via RS232, RS485 or Ethernet LAN.
Programmable DDE, Parallel Digital I / O, RS232 Scripting Communication
Environmental monitoring is becoming more important every day in local, national and international policies, showing the environmental awareness demanded by society.
This fact gives rise to an increase in the amount of legislation that obliges companies to law enforcement. Thus, the necessity of making more pollutants controls means high analysis expenses to the companies, which need to subcontract this service.
Although applications in this area advance, there is still a clear demand to get new portable and versatile analysis systems for many different application fields such as pollution in environmental or waste waters, monitoring nutrients in agricultural or horticultural water as well as general process control in chemistry industry. Because of the number of enviromental analysis required, there is a need for screening and monitoring measurements of these compounds at contaminated areas.
Traditional monitoring techniques are typically based on laboratory analysis of field-collected samples that require considerable effort and expense, and the sample may change before analysis. Moreover, the equipment currently available is too large and expensive and it cannot be made portable.Alternatively, microfluidic and electrochemical sensor technologies can contribute to the development of new portable monitoring systems, complementing standard analytical methods for different environmental monitoring applications.In this way, the decentralization and integration of all those typical analyses is the paramount importance in order to reduce cost, simplify the analytical process and make more accessible these technologies to end-users. The development of portable, robust, and accurate Lab-on-a-Chip systems to monitor priority compounds such as contaminants, explosives, chemical warfare agents, inorganic and organic ions is a demand of modern society. Portability allows analyses to be carried out outside of the laboratory, minimizing the risk of contaminating the sample and leading to a faster response time at a lower cost.
Thus, MicruX solutions and technologies open the gate to develop portable and esay-handly Lab-on-a-Chip devices in order to improve pollutants in-situ analysis in a very economic and efficient way.