KP Technology Ltd

Exciting news from KP Technology! We’re thrilled to be back in Boston for the Fall Materials Research Society (MRS) Meeting & Exhibit! Don’t miss the opportunity to connect with us at booth #405. As the world’s leading supplier of Kelvin probe systems, we specialise in cutting-edge modular surface science tools designed for unparalleled precision. Our systems enable advanced analysis of EF, EV, HOMO, and EG, empowering researchers to delve deeper into: • Organic and inorganic semiconductors • Metals and metal alloys • Thin films and surface oxides • Nanotechnology • Corrosion studies • Perovskites • Photocatalytic hydrogen evolution … and much more! Whether you work in ambient conditions, controlled atmospheres, or ultra-high vacuum (UHV), our tools are tailored to meet your materials characterisation needs. Interested in enhancing your research capabilities? Stop by our booth for a chat with Prof. Iain D. Baikie, founder of KP Technology, to discover how our innovative solutions can take your R&D to the next level. We can’t wait to see you in Boston! Feel free to reach out today to discuss your requirements or simply drop by our booth. See you at the Fall MRS Meeting!

We are looking for a Postgraduate / Graduate Research Assistant with a background in physics for a new development project. Please view the job and application details at https://lnkd.in/gjUMS7uD and send your CV along with a covering letter to Professor Iain Baikie.

KP Technology is thrilled to be attending IPOE 2024 from 17th–20th September at Casa Convalescència in Barcelona, Spain! Join us at our stand in room 11+13 on the first floor to meet Professor Iain Baikie and find out more about our Kelvin probe and air photoemission spectroscopy systems and how they can support your research. Looking forward to seeing you there! For more information, visit: https://ipoe2024.icmab.es #IPOE2024 #OrganicElectronics #SurfaceScience #KelvinProbe #Photovoltaics #MaterialScience #Innovation #KPTechnologyLtd #Barcelona #ResearchTools

We are delighted to showcase our Ambient Kelvin Probe range, designed to revolutionise surface science research. Our Kelvin Probes provide unparalleled sensitivity and accuracy in measuring surface potential, offering researchers and industry professionals the tools they need for advanced material characterisation. Key Features: ⏺ High spatial resolution ⏺ Ambient pressure operation ⏺ Compatibility with a wide range of materials ⏺ Enhanced stability and reliability ⏺ User-friendly interface and software Whether you're exploring new materials, conducting surface studies, or pushing the boundaries of nanotechnology, our Ambient Kelvin Probe systems deliver the precision and performance you require. Discover how our innovative technology can elevate your research and development projects. Visit our website or contact us for more information! 🔗 https://lnkd.in/gzk2y6Wv #SurfaceScience #MaterialScience #KelvinProbe #Nanotechnology #Innovation #KPTechnologyLtd #ResearchTools #AdvancedMaterials #Photovoltaics

KP Technology Ltd is excited to attend IPOE 2024 in Barcelona! We are thrilled to announce that KP Technology will be sponsoring and attending the Interface Properties in Organic and Hybrid Electronics Conference (IPOE2024) in Barcelona! This premier event brings together leading researchers, industry experts, and innovators in the field of organic and hybrid electronics, and we are proud to be part of it. What to Expect: ⏺ Cutting-Edge Technologies: Discover the latest advancements in surface science, including our renowned Ambient Kelvin Probes and Ambient-pressure Photoemission Spectroscopy (APS) systems. ⏺ Expert Insights: Engage with our Director, Professor Iain Baikie and learn how our state-of-the-art tools can enhance your research and development in organic and hybrid electronics and beyond. 📅 Event Details: Date: 17th – 20th September 2024 Location: Casa Convalescència, Barcelona, Spain Find out more about IPOE at https://ipoe2024.icmab.es/ and join us at our booth to explore how KP Technology’s innovative solutions can drive your research forward. We look forward to meeting you there! #IPOE2024 #OrganicElectronics #SurfaceScience #KelvinProbe #Photovoltaics #MaterialScience #Innovation #KPTechnologyLtd #Barcelona #ResearchTools

Introduction to the Kelvin Probe and How It Works The Kelvin Probe is a powerful and versatile tool used in surface science to measure the work function and surface potential of materials with high precision. Named after Lord Kelvin, this non-contact, non-destructive technique is essential for researchers and industries focused on material characterisation, semiconductor research, photovoltaics, and corrosion studies. How the Kelvin Probe Works: 1. Basic Principle The Kelvin Probe measures the contact potential difference (CPD) between a reference electrode (typically a vibrating metallic tip) and the sample surface. This CPD is directly related to the work function or fermi level difference between the two materials. 2. Work Function The work function is the minimum energy required to remove an electron from the surface of a material to a point just outside the material. It's a crucial parameter in understanding electronic properties and surface chemistry. 3. Measurement Process ⏺ Vibrating Tip: The reference electrode is mechanically vibrated close to the sample surface. This vibration causes an alternating current to flow between the electrode and the sample due to the changing capacitance. ⏺ Peak-to-Peak Curve: The peak-to-peak of the alternating current is measured and is used to calculate the work function difference between the tip and the sample. ⏺ Mapping Surface Potential: By scanning the tip across the sample surface, a map of the surface potential or work function variations can be created, providing detailed insights into the material's electronic properties. 4. Example Applications ⏺ Photovoltaics: Investigating surface properties of solar cell materials. ⏺ Semiconductor Research: Understanding work function variations across semiconductor surfaces. ⏺ Corrosion Studies: Analysing surface potential changes in materials exposed to corrosive environments. ⏺ Thin Films and Coatings: Characterising electronic properties of thin films and coatings. Advantages of the Kelvin Probe ⏺ Non-Contact and Non-Destructive: Does not damage the sample, making it suitable for delicate materials. ⏺ High Sensitivity and Resolution: Capable of detecting minute changes in surface potential with high spatial resolution. ⏺ Versatile: Can be used in various environments, including ambient, controlled atmosphere, and vacuum conditions. The Kelvin Probe is an indispensable tool in modern surface science, providing critical insights into the electronic properties and behaviours of materials. By understanding and utilising the Kelvin Probe, researchers can drive innovations in technology and materials development. Find out more at https://lnkd.in/eUruEDyv

It was a pleasure to meet our customer, Professor Emmanuel Kymakis at the recent NANOTEXNOLOGY Conference and Exhibit in Thessaloniki! Hellenic Mediterranean University purchased an Ambient-pressure Photoemission Spectroscopy with Nitrogen Environment system (APS04-N2-RH) from KP Technology in 2021, and they have been successfully utilising it in their photovoltaics research. (Pictured: Prof. Iain Baikie, CEO KP Technology and Prof. Emmanuel Kymakis) Emmanuel commented "We have been using the Ambient-pressure Photoemission Spectroscopy with Nitrogen Environment system (APS04-N2-RH) from KP Technology since 2021, and it has been a game-changer for our research in photovoltaics at Hellenic Mediterranean University. The system's precision and reliability have significantly enhanced the quality of our data, allowing us to make substantial progress in our studies. The APS04-N2-RH is user-friendly, robust, and offers exceptional performance under various experimental conditions. The support and service from KP Technology have been outstanding, ensuring smooth operation and maximum efficiency. We highly recommend the APS04-N2-RH to any research facility looking to advance their work in photovoltaics and photoemission spectroscopy." Find out more about the APS04-N2-RH System at https://lnkd.in/gFQBrenZ Check out some of the recent publications from Professor Kymakis' group: Tzoganakis, N., Feng, B., Loizos, M., Chatzimanolis, K., Krassas, M., Tsikritzis, D., Zhuang, X. and Kymakis, E. (2023), Performance and Stability Improvement of Inverted Perovskite Solar Cells by Interface Modification of Charge Transport Layers Using an Azulene–Pyridine Molecule. Energy Technol., 11: 2201017. https://lnkd.in/gn9p5rhc Tzoganakis N., Tsikritzis D., Chatzimanolis K., Zhuang X., Kymakis E, A Low-Cost and Lithium-Free Hole Transport Layer for Efficient and Stable Normal Perovskite Solar Cells. Nanomaterials. 2023. Vol. 13. No. 5. p. 883. https://lnkd.in/gpRjpr8F

🚨 Publication spotlight! In this 2004 publication, researchers from University of Ulster cited use of the APS04 in their paper titled “Platelet adhesion on silicon modified hydrogenated amorphous carbon films”. The APSO4 has been applied successfully in research areas such as: ▪ Organic and non-organic semiconductors ▪ Metals and metal alloys  ▪ Thin films and surface oxides  ▪ Solar cells and organic photovoltaics  ▪ Corrosion and nanotechnology KP Technology systems have been named in hundreds of research papers and continue to feature in peer reviewed client publications year after year. To find out more about this publication, or register to view our full client publication list, visit our website: https://lnkd.in/g6xphcqD VIDEO: https://lnkd.in/gHZEAeSZ

At KP Technology, our rapid growth over the years is the result of a winning combination: a strong research and development team paired with decades of experience in materials research and characterisation. Founded in 2000 with the aim of bringing new surface research tools to the market, KP Technology offer a range of dedicated Kelvin Probe systems.  The range of Kelvin Probe systems we offer, and the accuracy of the work function resolution provided by our unique systems is unsurpassed by any other Kelvin Probe supplier. We now service hundreds of companies and research institutes worldwide in their materials research and characterisation requirements.  Get in touch today, to find out how we could help you: https://lnkd.in/gi3fSh5p

The Ambient Pressure Photoemission Spectroscopy (APS) systems are the latest addition to our large surface analysis range. The dual-mode APS systems measure the absolute work function of a material by photoemission in ambient conditions, no vacuum is required! APS has been featured in research papers across the scientific community. Designed to produce reliable, repeatable measurements, due to its unique features provided by the Baikie System. 👉 Click here to learn more: https://lnkd.in/gzk2y6Wv