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Close Cart summary. Printable carbon pastes for the build up of highly conductive electrodes. Pastes for the printing of silver contacts. Ruthenium sensitizers for Dye Solar Cells and other photochemical experiments. Emerging alternatives to ruthenium-based dyes with purely organic molecules. Additives for performance enhancements of common Dye Solar Cell sensitizers. Non-volatile electrolyte formulations based on ionic liquids for Dye Solar Cells. Iodine-free ionic liquids for the preparation of eutectic melts in non-volatile electrolytes. Transparent and conductive glass substrates coated with FTO. Filters and other coatings for solar cell electrodes. A selection of glass substrates without any coating. Get up and running in minutes in the exciting field of Perovskite Solar Cell research and development with our dedicated kits. The Dye Solar Cell Test Kit allows experienced users to easily build many high performance test cells with a high degree of reproducibility. 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Would you like to compare some of our products? Simply click on Add to compare from a product list or page, and then press Compare. Solaronix Materials PDF, 2. Need more control over the search? Try our advanced search. Maximum Search query length is Your query was cut. Maximum words count is High performances in a small cabinet. Accept up to 8'' silicon wafer, compatible with all solar cell technologies, like Perovskite, DSSC, Si wafer, Organic, Tandem, multi-junctions, and many more A versatile formulation for the preparation of opaque titanium dioxide layers of Dye Solar Cell electrodes by doctor-blading. Voltage converter from V to either 1. A perfect asset for solar modules. All Rights Reserved. Made by Cross Agency. Online Shop Welcome dear visitor, you are not logged in Log In. About Solaronix Terms and Conditions Contacts. My Cart 0 cart. Close Cart summary You have no items in your shopping cart. View Cart. Carbon Pastes Printable carbon pastes for the build up of highly conductive electrodes. Silver Pastes Pastes for the printing of silver contacts. Organic Dyes Emerging alternatives to ruthenium-based dyes with purely organic molecules. Mixed Salts Iodine-free ionic liquids for the preparation of eutectic melts in non-volatile electrolytes. Filters and Coatings Filters and other coatings for solar cell electrodes. Bare Glass Substrates A selection of glass substrates without any coating. Perovskite Solar Cell Kits Get up and running in minutes in the exciting field of Perovskite Solar Cell research and development with our dedicated kits. Laboratory Cells Assembled laboratory Solar Cells. Demonstration Cells The solar cell in tune with your product style: choices of colors and transparencies, plus customizable shape and pattern. Demonstration Modules The serially integrated module from Solaronix: can be lit on both faces, and has a tunable transparency. 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Researchers have re-examined the last meal of the famous Tollund Man bog body, consumed shortly before he died around BC. The analysis reveals that he likely ate an ordinary Iron Age meal of porridge and fish, consumed hours before his death. New analyzes of the Tollund Man bog body's last meal - where Jan Enghild and Carsten Scavenius from the Department of Molecular Biology and Genetics at Aarhus University, have contributed with protein analyzes - reveal that the Tollund Man bog body's last meal also contained fish and not just porridge. Archaeologists have been able to reconstruct the last meal of Tollund Man in greater detail than ever before. He appears to have been a human sacrifice deposited in a Danish bog 2, years-ago. But despite this extraordinary treatment, his last meal was relatively ordinary. Nielsen from the Museum Silkeborg, lead author of the new study. Their research, published in the journal Antiquity, allowed them to reconstruct this Iron Age meal — right down to how it was prepared. They also discovered that the meal included fish and the porridge was cooked in a clay pot, likely using water from a lake or bog, all providing an incredible snapshot of Iron Age life. Fish is also known to have been eaten in this period, although it did not make up a substantial part of the diet. However, the meal also included seeds from pale persicaria, which are typically removed as grain is cleaned during threshing. In this case, the resulting threshing waste with these seeds, sand, and other detritus, seems to have been used as an actual ingredient in the porridge. This research also identified that Tollund Man was suffering from several parasites at the time of his death, including whipworm, tapeworm and mawworm. These provide clues about what health and sanitation were like in the Iron Age, as these were likely caused by the consumption of undercooked meat and contaminated food or water. The researchers hope the techniques refined here can be used to re-examine other bog bodies, shedding more light on diet, ritual, and health in the past. Since knowledge of plant macrofossils and the methods for analysing gut contents have improved since , a team of researchers decided to re-investigate the gut contents of Tollund Man in The main aim of the new study was to quantify the ingredients of his last meal and thereby gain a more detailed insight into what an Iron Age meal could look like. The researchers also wanted to search for unusual ingredients that perhaps could be related to rituals in the sacrifice and explore whether the presence of weed seeds in the meal could be a sign of a food shortage. Additionally, they wanted to look for evidence of intestinal parasites that could provide insights into health and sanitation in the Iron Age. A few millilitres of material from the large intestine were taken for analyses of macrofossils, pollen, Non-Pollen Palynomorphs microscopic plant fragments, spores, parasite eggs, etc. This is the most detailed study that has been conducted on the gut contents of a bog body and was so detailed that researchers could recreate the recipe of the last meal. The study concluded that Tollund Man had eaten a barley porridge to which some seeds of pale persicaria and flax were added. In total g barley grains were used, 29g seeds of pale persicaria and 16g flax seeds. Fish probably were also part of the meal as indicated by the protein analysis. Barley and flax were cultivated in the Iron Age. However, Pale persicaria grew as a weed in the fields and was harvested together with the grain. When cleaning the grain through threshing and sieving, the small seeds from weed species were left on the ground. Afterwards, the seeds must have been gathered and used in cooking. This also fits with the presence of sand and charcoal, which probably were accidentally swept up from the ground. The use of threshing waste containing pale persicaria in the porridge could be connected to the human sacrifice ritual, or it might have been part of ordinary Iron Age cooking. Pale persicaria is rich in nutrients — althogether the plant ingredients alone provided nearly half of the daily caloric intake for a person with limited physical activity. As such, there is no sign of a severe food shortage that could explain why Tollund Man was sacrificed. This mystery remains unsolved. Link to the research article in Antiquity :. Nina H. E-mail: peter. E-mail: csss mbg. Martin N. E-mail: martin. News and events News Events Calendar Archive Vacancies Research reveals recipe of Tollund man's last meal Researchers have re-examined the last meal of the famous Tollund Man bog body, consumed shortly before he died around BC. The Tollund Man bog body. Museum Silkeborg. Altogether, it was a nutritious meal that would have provided half the calories for the day. The new study Since knowledge of plant macrofossils and the methods for analysing gut contents have improved since , a team of researchers decided to re-investigate the gut contents of Tollund Man in The last meal The study concluded that Tollund Man had eaten a barley porridge to which some seeds of pale persicaria and flax were added. E-mail: nhn museumsilkeborg. E-mail: re moesgaardmuseum. Revised Helene Eriksen.

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