Home All Products Industry Applications & Systems Research & Education C14-SCAR Radiocarbon analyser
C14-SCAR Radiocarbon analyser
Research & Education

C14-SCAR Radiocarbon analyser

Supplier
Uniqueray
Category
Research & Education
Origin
China

Italy ppqSense is INO-CNR( Italian National Optical Institute ) A branch. ， Created 2016 Year 4 Month ， Core members are mainly from INO－CNR（ Italian National Optical Institute ）、LENS（ European non-linear spectroscopy laboratory ） And the University of Florence. ， Current product under the flag includes QubeCL Series Controller （ The current current electricity noise on the market. Minimum It's... QCL Laser Controller ） and radiocarbon analysers C14-SCAR。 Product Description Performance indicators Scope of application Instrument characteristics Figure Radiocarbon analyser C14-SCAR Physical C14-SCAR is Global first-stage technology based on saturated absorption cavity decay SCAR（Saturated-Absorption Cavity Ring-Down(SCAR)，Cavity Ring Down Spectroscopy(CRDS)） The radiocarbon analyser ， Capable of detecting radioactive carbon in gaseous carbon dioxide samples ， Precision approaching accelerator mass spectrometer （AMS）。 In Actual Measurements ，30 Average measurement accuracy level of minutes ， It's close to modern carbon. 1%（1pmc） And... Dynamic Scope above 5 Number of levels （ High concentration samples can be measured. ）。 First equipment delivered to Sweden RISE The Institute of Science and Technology 。 C14-SCAR Internal configurations have two 4527nm Center Wavelength It's... QCL Laser ， The output is high. 100mW，QCL Role of the is Provide stable frequency reference around the conversion of target radioactive carbon dioxide ， This one. Laser The system uses a frequency stabilization chain with two chains. ， Effective narrowing and control Laser Frequency ， A pair of lengths 1m It's... High Precision Optical convivial cavity ， It can reach the light. 7km。 The structure is designed to increase the sensitivity of the instrument. 、 Performance in terms of time and quantity of carbon samples required ， On the other hand ， Significant cost reduction 、 The power and the final instrument. Dimensions 。

Specification Snapshot
Accuracy
min:0.2 %; typical:0.5 %
Weight
typical:600 kg
Request a Quote Download Datasheet
Save to Favorites Save to Favorites

Overview

Italy ppqSense is INO-CNR( Italian National Optical Institute ) A branch. ， Created 2016 Year 4 Month ， Core members are mainly from INO－CNR（ Italian National Optical Institute ）、LENS（ European non-linear spectroscopy laboratory ） And the University of Florence. ， Current product under the flag includes QubeCL Series Controller （ The current current electricity noise on the market. Minimum It's... QCL Laser Controller ） and radiocarbon analysers C14-SCAR。 Product Description Performance indicators Scope of application Instrument characteristics Figure Radiocarbon analyser C14-SCAR Physical C14-SCAR is Global first-stage technology based on saturated absorption cavity decay SCAR（Saturated-Absorption Cavity Ring-Down(SCAR)，Cavity Ring Down Spectroscopy(CRDS)） The radiocarbon analyser ， Capable of detecting radioactive carbon in gaseous carbon dioxide samples ， Precision approaching accelerator mass spectrometer （AMS）。 In Actual Measurements ，30 Average measurement accuracy level of minutes ， It's close to modern carbon. 1%（1pmc） And... Dynamic Scope above 5 Number of levels （ High concentration samples can be measured. ）。 First equipment delivered to Sweden RISE The Institute of Science and Technology 。 C14-SCAR Internal configurations have two 4527nm Center Wavelength It's... QCL Laser ， The output is high. 100mW，QCL Role of the is Provide stable frequency reference around the conversion of target radioactive carbon dioxide ， This one. Laser The system uses a frequency stabilization chain with two chains. ， Effective narrowing and control Laser Frequency ， A pair of lengths 1m It's... High Precision Optical convivial cavity ， It can reach the light. 7km。 The structure is designed to increase the sensitivity of the instrument. 、 Performance in terms of time and quantity of carbon samples required ， On the other hand ， Significant cost reduction 、 The power and the final instrument. Dimensions 。

Specifications

ParameterValue
Carbon sample mass requiredmin:6 mg; typical:8 mg
N2O contamination leveltypical:5 ppb; max:10 ppb
14C content precision [@ 10 minutes avg time]min:1.0 pMC; typical:1.5 pMC
14C content precision [@ 60 minutes avg time]min:0.4 pMC; typical:0.6 pMC
14C content precision [@ 240 minutes avg time]min:0.2 pMC; typical:0.3 pMC
Accuracymin:0.2 %; typical:0.5 %
Limit of detectionmin:1 pMC; typical:1.5 pMC
Power Supplytypical:230 Vac
Absorbed Powertypical:2.5 kW; max:3 kW
Weighttypical:600 kg
Sizemin:200 cm × 110 cm × 160 cm; typical:200 cm × 110 cm × 160 cm; max:200 cm × 110 cm × 160 cm
Warrantymin:1 year; typical:1 year; max:1 year
Safety Tested to [European Council Directives: 2004/108/EC 2006/95/EC]min:EN 61326-1 EN 55011 EN 61000-4-2 EN 61000-4-8 EN 61000-4-3; typical:EN 61326-1 EN 55011 EN 61000-4-2 EN 61000-4-8 EN 61000-4-3; max:EN 61326-1 EN 55011 EN 61000-4-2 EN 61000-4-8 EN 61000-4-3

Applications

Environmental monitoring and carbon dioxide emissions trading Carbon dioxide emissions trading has become a measure of global financial markets 、 Valuation and exchange of products 。 And so... ，C14-SCAR is. 14C High detection rate accurate measurements of the area 14CO2 It's a big push. 。 Biomass in fuel / The fossils are determined. The chemical composition of oil is closely linked to physical properties ， Both features are conducive to studying the formation of oil. 、 Move 、 Gather 、 Save 、 Secondary rehabilitation and distribution ， The ability to distinguish between fossil source emissions and modern source emissions is important for oil quality assessment and environmental impact assessment 。C14-SCAR It helps to determine the composition of oil. 。 Carbon capture and storage (CCS) Monitoring Carbon capture and storage technologies is Commander. CO2 Separation from industrial or related sources ， Transfer to storage site ， And the process of long-term isolation from the atmosphere. ， This technology is considered is Large-scale reductions in greenhouse gas emissions in the future 、 Global warming mitigation is the most economical 、 Possible approaches 。 Radiocarbon-age determination. The carbon-radio-specific nature of the year. is A method to measure residual radioactivity. ， By understanding the residue in the sample 14C Content ， You can know the age of organic death. 。 The longer the sample is saved, the longer it takes. ， The lower the reflectivity carbon. ， That means the test instrument needs to be more precise. ，C14-SCAR The current most active carbon monitoring High Precision It works. 。 Monitoring nuclear sites Nuclear power plants / High levels of radioactive carbon dioxide in the area around the waste storage site ， The radiation could cause health problems for the population. ， So it's important that the radioactive carbon around it is continuously monitored. 。

Key Features

High intensity of equipment ， It's bigger than AMS Small 10-100 Double ， The use of sites is becoming less restricted 。 14C Low detection running costs ， No pressure. 、 High vacuum environmental conditions 。 Operation Simple Shortcuts ， None It's a very professional training. 。 Large sampleable ， None Specialized laboratories required ， Analyzes Approximately Each Day 10 A sample. 。 It's a rich function. ，C14-SCAR It's a multi-purpose isotope ratior. ， Customizable Sensitivity to detect different gas types (N2O, CO，…) According to 《 Pilot work programme on carbon monitoring and assessment Request ， Pilot monitoring of major greenhouse gas concentrations in the terrestrial atmosphere ， Explore top-down carbon emissions inversion methods ， Preliminary development of technical guidance ， It's a good thing to do. 、 Applyable 、 Model technical preparations ， Validation of services supporting the accounting results of urban carbon emissions 。 Piloting salt marsh 、 Mangroves. 、 Marine carbon sink monitoring for seagrass beds and seaweed farming ， Build Typical Technical system for monitoring carbon sinks in coastal zone ecosystems and seaweed farming 。 Pilot city compliance project requires at least 1 One point to detect carbon isotopes. 14CO2， Manual sampling conducted 。 It's a domestic thing. 14C The main tests were conducted at the National Focus Laboratory on Nuclear Physics and Technology （ Beijing University ）, Institute for Earth Environment, Institute of Middle Studies ， Guangzhou Land Institute, Central College ， And famous. BETA Laboratory ， These institutions are commercial labs. ， of which BETA The labs are the fastest, but they're also about to be. 14 Working days ， Cost of measuring higher ， And in recent years, with the cost increases ， Prices Are Mostly Two or Three Thousand Yuan or Higher 。 And... ppqSense Developed C14-SCAR Simple sampling ， In practical application, the whole 14C The preparation and testing of samples is extremely simple and fast. ， Not really. 30min The first sampling is prepared and then the sample is tested. ， The whole process is a matter of hours to hours depending on the circumstances. 。 As carbon testing gets deeper and deeper ， Detection of carbon isotopes 14CO2 The sample will grow larger and larger. ， Traditional AMS The cost of instrument testing is high. 、 Time-consuming 、 Maintenance Complicated ， Time conflicts with existing institutions for isotope research projects, etc. ， It's a carbon isotope that's always required. 14CO2 Analytical instruments ，ppqSence It's... C14-SCAR With a comparative accelerator mass spectrometer AMS Performance ， Low cost ， Simple maintenance, and so on. ， is A preferred test and analysis instrument for carbon monitoring and carbon neutralization studies 。 Shenzhen City's only authorized agent, Shenzhen City's only technology company. ， It's going to push this one. High Precision Low-cost carbon monitoring instrument applications in China ， We can provide you with pre-existing sample testing services. ， To Help You Better Understand C14-SCAR The performance of the world's greatest. ， Welcome to your consultation. 。

Datasheet

Please provide your email to download the datasheet.

Your name
Email Address

Invalid email format. Please try again.

Send Request

Supplier Information

Un
Uniqueray
View Supplier →
Shenzhen Uniqueray Technology Co., Ltd. is a national-level high-tech enterprise and a well-known supplier of optoelectronic products and solutions in China. Our team has many years of experience in the optoelectronic industry and has long provided high-quality products and solutions to universities, research institutes, aerospace and military, and enterprise customers, promoting the upgrading and internationalization of China's optoelectronic industry. Uniqueray has always focused on cutting-edge optoelectronic technologies. Our products and services cover: DFB / ICL / QCL lasers, HgCdTe MCT / InAs / InAsSb detectors, balanced detectors, single-photon detectors/counting modules, femtosecond lasers, mid-infrared LEDs, III-V epitaxial wafers, high-temperature copper/gold-coated fibers, mid-infrared fibers and fiber probes, laser drivers and temperature control modules, quantum system control (MOT), integrated TDLAS and photoacoustic spectroscopy solutions, and the C14-SCAR radiocarbon analyzer based on saturated absorption cavity ring-down CRDS. Products are mainly used in: high-sensitivity laser gas analysis, infrared detection, fiber spectroscopy, healthcare, ultrafast spectroscopy, quantum technology, laser processing, aerospace and military, scientific research and other fields. Our vision: to become a first-class supplier of optoelectronic products and solutions.

Request a Quote

Our team responds within 24–48 hours
C14-SCAR Radiocarbon analyser
Uniqueray · Research & Education
Direct from Manufacturer
Your inquiry will be sent directly to the manufacturer
Photonics Source Platform
We handles the inquiry on your behalf
Your information is protected and will never be shared without consent.
Datasheet Live Chat
Contact Us

Loading...

GetExperimental Plan

Name

Phone

+86

Organization

Use Case

Global Photonics Products
Database Platform
With 16 years of experience, we provide high-quality products and services to universities, research institutes, and industry.
50+ Detailed Categories · 3,000+ Global Brands · 100,000+ Photonics Products
1 Million+
In-depth analysis of professional academic resources in photonics
300,000
ProductsDatasheets Available Free
We will keep your personal information strictly confidential.

Product Quote

+86
* Select the quoting party:
By submitting, you agree to the User Service Agreement and Privacy Policy
AI Parametric Selection
Smart Match · Precise Recs
Enter Specifications
AI Smart Matching
Get Best Matches
Skip Manual Comparison
Find Best Solutions Fast
Select Now →
China's Leading Optoelectronics Platform