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Software |
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JY Emission
offers software products for instrument control and data processing
as well as application specific programs. Contact
us
for more information on the following software packages:
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CMA Hydride Generation |
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Simultaneous
Hydride Generation... Without Sample Preacidification.
The new
simultaneous hydride generator provides for the analysis of all
elements with only one analysis. No longer is it necessary to perform
two separate analysis for the hydride forming elements Hg, Tl, Pb,
As, Ge, Se, Te, Sb and the other elements of interest. Through a
unique sample introduction system (patent pending), the simultaneous
hydride generator provides a continuous flow of sample stream
including both the hydride and the non-hydride forming elements
without any sample preacidification.
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Deep-UV Optics Halogen Analysis |
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Low level
analysis of chlorine and other halogens has always been difficult by
ICP as the lines that have traditionally been available have very low
sensitivity. By using a unique optical arrangement and detector Jobin
Yvon ICP spectrometers are able to view light in the far UV down to
120 nm.
This makes
the very sensitive Cl line at 134,724 nm available for analysis,
extending the range of application.
In addition
to chlorine the instruments can also analyse bromine and nitrogen and
any other element that emits within the range 120-180 nm in aqueous,
organic or oil matrix. The use of the deep-UV option also improves
light throughput and sensitivity for all other elements emitting in
the UV part of the spectrum.
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Nitrogen Generator
Lower
the Operating Cost of your ICP.
JY Emission
offers high purity nitrogen generators for all sequential,
simultaneous and combination JY ICPs. The nitrogen generator allows
for the analysis of far UV elements (less than 200 nm). If supplies
nitrogen at 99.999% purity at flow rates from 1.5 L/min to 6.0 L/min.
The use of a nitrogen generator can significantly reduce long term
operating expenses of the instrument.
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Spark Ablation
Analysing
solid materials using conventional ICP optical emission spectrometry
has always been slowed by the need to dissolve the sample. Although
this makes the ICP technique less cost competitive with direct solid
sampling techniques such as spark OES or XRF, it allows the use of
easily prepared synthetic solution standards for calibration.
However, if one couples a high-performance spark source to the ICP
electrically conductive samples can be readily analysed and
simplicity of calibration is maintained.
A medium
voltage, high repetition rate spark source provides power to a
tungsten electrode to generate a very fine aerosol (approx. 1 um mean
particle size). The mist is then transported to the ICP torch where
it is evaporated and excited. A specially designed spark chamber and
sample transport system removes memory effects such that even though
the sample ablation rate may be over 1 mg/min the flush time between
samples is very low (typically 10 seconds).
Compared to
spark emission spectrometry calibration curves are quite linear for
major and minor sample components and the detection limits, at the
ug/g level or lower, are better than spark. Interferences are also
minimised compared to spark as the aerosol generation and excitation
processes are separated in spark ablation ICP This allows one to
optimise the spark for maximum material ablation and to optimise the
torch for the fewest interferences.
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Autosampler AS421
The
AS421 is available with standard sample racks to accommodate from 70
(5 x 14) to 540 (5 x 108) sample positions. The AS421 provides a
simple, reliable means of automating any Jobin Yvon ICP spectrometer.
The
autosampler is full random access, and samples, calibration standards
and QC samples may me placed in any sample position. The instrument
software includes calibration and QC / recalibration routines for
unattended operation.
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More Accessories |
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Contact
us
for more information on the following accessories:
-
Ultrasonic Nebulizer
- Argon
Humidifier
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Additional
information on applications is available in our Technical
Notes.
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