Iteration-Pw Ultra Short Super Strengthtitanium Gem Laser System

• After-sales Service: 24 Months
• Warranty: 24 Months
• Transport Package: Carton
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: Iteration-PW
• Specification: 8113*1285*3964
• Trademark: CHHGC
• Origin: China
• Production Capacity: 5000 Pieces/Year
• Package Size: 812.00cm * 129.00cm * 397.00cm
• Package Gross Weight: 40.000kg

Product Description

Iteration-PW ultra short Super strengthTitanium Gem laser system

PRODUCT PICTURES
CERTIFICATIONS
PARTNER
PRODUCT PARAMETER

Industrial grade beat tile laser device, covers an area of only

16.7m2

Peak power >1PW

Picosecond pulse contrast up to 1010

Directional stability 1μrad

Dual CPA design

Multipass pulse cleaner

Precision deformable mirror technology

Real-time operation monitoring system

The Iteration-PW pulse tile laser system is the most advanced ultrashort laser device available today. Its output

peak pulse power is 1PW (1015W), pulse energy is 25J, pulse width is 25fs, which is the highest peak power of the

electromagnetic field that human can create.

Iteration-PW uses dual CPA architecture with pulse contrast up to 1010. It is the most compact PW system in the

world, with an area of 16.7m² (including 12m² titanium gem laser and 4.4m² pump source). Internal use of a large

number of high stability integrated mechanical support parts and Triones flexible frame structure, to solve the

problem of poor stability of large laser devices, reliability can reach industrial grade. Iteration-PW is an ideal source

for proton acceleration and strong field physics research due to its extreme peak electric field power.

Technical requirements

Host parameters

Center wavelength²

~800 nm

Laser bandwidth(FWHM)

≥40nm

Pulse peak power

≥200TW

Repetition frequency

5 Hz

Pulse width(FWHM)

<30fs

Laser energy stability(rms)

<1.5 %(500shots)/ <2%(8hrs)

The beam is distributed laterally

Ultra-Gaussian distribution

Laser pointing stability(rms)

<3μrad(8hrs)

Nanosecond time contrast(ns)

>10^8:1

Picosecond time contrast(ps)

>10^10:1(100ps)

Laser optical table area

≤10

Technical requirements

Laser compressor and focusing chamber vacuum system

Cavity design

Compressor and focusing chamber double chamber

design

Vacuum level of vacuum system (no load)

≤1×10^(-3)Pa

Focus the chamber space

≥0.4m³

Plasma source system based on gas nozzle

Nozzle caliber 1-5mm

Laser focusing target diameter

≤30μm(FWHM)

Software and its features :

1. The laser system software should include monitoring functions such as laser pulse energy, spot, pulse width,

etc

2. The laser system software should include the continuous adjustment function of laser pulse energy

3. The laser system software needs to have a perfect and friendly laser system operation and control interface

 

Configure the manifest :

1. 200TW ultra-short and ultra-strong laser system 1 set

2. 1 set of laser compressor and focusing chamber vacuum system

3. 1 set of real-time monitoring and control system of laser parameters

Technical requirements

Host parameters

Peak power

>300 TW

Pulse energy (compressed)

>8J;Pump source energy:>25J

Pulse width

< 25fs

Beam aperture

(Full-band energy)~ 10cm

Center wavelength

800nm +/-10nm

Repetition frequency

≥3Hz

Point to stability

< 5rad(8h)

Degree of polarization

1:100Or better parameters

Energy stability

< 1%(1h),< 3%(12h)

Nanosecond contrast

>109:1

Picosecond contrast

>1010:1(100ps)

Laser table size

Laser optical table area (including pump source)<10square

metre

Compression pool size

1.1m×1.2m×0.5m

Compression cell vacuum

<1×10-3Pa

Configure the manifest

1.

Contains energy regulator

2.

Including software control system (including: energy, spot,

pulse width monitoring function, laser system operation

control interface, etc.)

3.

Including laser beam splitting and delay adjustment system

4.

Contains 100TW, 300TW dual compressor

MeV class inverse Compton light source system

1. Gamma photon yield: central energy 1MeV single luminescent yield> 1×108/round

2. Including double chamber vacuum action chamber:

(1) Cavity 1: Accelerator-driven laser focusing cavity

Size: 1.5m× 1.2m×0.5m

(2) Cavity 2: Compton scattering chamber

Size: 1.7m×1.2m×0.5m

(3) Two-chamber vacuum: <1×10-3 Pa

3. Including plasma source generation and control system: used to generate plasma with controllable density and structure

4. Including plasma density structure optical diagnosis system: for the accurate diagnosis of plasma density and structure

5. Including laser transmission and control system: for laser optical path adjustment monitoring and feedback

6. Including laser focus and spot monitoring system: for dual-beam laser focus adjustment and spot monitoring

7. Contains electron spectroscopy measurement system: for electron spectroscopy measurement

8. Contains electron beam shielding system: for electron beam shielding

9. Including device integrated control system

10. Contains a single autocorrelation instrument: for supervising the measurement of laser pulse width

11. Including 300TW laser pre-stage beam splitting system:

For experimental auxiliary light source: laser index after beaming: 5mJ, 1kHz, <35fs, center wavelength 800nm.
Supporting optical platform

Seismic isolation performance: with the laser to achieve laser pointing stability < 5rad index.

Ultra-short and ultra-strong laser platform construction project is a new generation of

medium-scale large-scale scientific device construction project with international leading

level, and is also the first ultra-strong laser application research and development platform

with industrial core functions, which can create unprecedented ultra-strong electromagnetic

fields, ultra-high energy density and ultra-fast time scale in the laboratory These extreme

physical conditions. Laboratory astrophysics and other fields have great application value.

The ultra-short and ultra-strong laser platform is an important part of the "Agreement

on Deepening Strategic Cooperation between the People's Government of Henan Province

and Tsinghua University". The project adopts the "cooperation mode between Zhengzhou

University and Tsinghua University, and the project construction and management are mainly

responsible for Zhengzhou University", with a total budget of 877 million yuan, excluding land

fees, municipal supporting infrastructure and other costs. In March 2022, the groundbreaking

ceremony of the ultra-short and ultra-strong laser experimental device project was held in

Zhengzhou City, which is of great significance in the development of scientific and

technological innovation in Henan Province, marking another solid step for our province to

dock with the national strategic scientific and technological force system and build a national

innovation highland. It is necessary to seize the strategic initiative of developing competition

in frontier fields, actively dock with the national strategic scientific and technological force

system, accelerate the construction of major scientific and technological infrastructure, and

promote the peak of scientific and technological innovation, which can greatly promote the

country to make breakthroughs in cutting-edge research in these fields, contribute Henan's

strength in the national high-level scientific and technological self-reliance and

self-improvement, and help the country become a scientific and technological power as soon

as possible!