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auto;padding:0 16px;font-family:ui-sans-serif,system-ui,-apple-system,\"Segoe UI\",sans-serif;line-height:1.55;overflow-wrap:break-word}#nxe-n3ke00de.nxe :where(*,*::before,*::after){box-sizing:inherit}#nxe-n3ke00de.nxe :where(section,header,footer,nav,aside){display:block;margin:0 0 32px}#nxe-n3ke00de.nxe :where(h1,h2,h3,h4){line-height:1.2;margin:24px 0 12px;font-weight:600}#nxe-n3ke00de.nxe :where(p,ul,ol,dl,table,figure,details){margin:0 0 16px}#nxe-n3ke00de.nxe :where(ul,ol){padding-left:20px}#nxe-n3ke00de.nxe a{color:inherit;text-decoration:underline;text-underline-offset:2px}#nxe-n3ke00de.nxe table{border-collapse:collapse;width:100%;display:block;overflow-x:auto}#nxe-n3ke00de.nxe :where(th,td){padding:6px 8px;text-align:left;vertical-align:top;border-bottom:1px solid;border-color:inherit}#nxe-n3ke00de.nxe svg{display:none}#nxe-n3ke00de.nxe svg.nx-i{display:inline-block;width:18px;height:18px;vertical-align:-3px}#nxe-n3ke00de.nxe :where([role=\"tablist\"],[role=\"toolbar\"],[hidden],button,.nx-theme-toggle,.nx-live-slot){display:none}#nxe-n3ke00de.nxe img{max-width:100%;height:auto}<\/style><svg class=\"nx-defs\" aria-hidden=\"true\" focusable=\"false\" width=\"0\" height=\"0\"><defs><linearGradient id=\"nx-gi\" x1=\"0\" y1=\"0\" x2=\"1\" y2=\"1\"><stop offset=\"0\" class=\"nx-gi-a\"\/><stop offset=\"0.55\" class=\"nx-gi-b\"\/><stop offset=\"1\" class=\"nx-gi-c\"\/><\/linearGradient><linearGradient id=\"nx-giu\" gradientUnits=\"userSpaceOnUse\" x1=\"0\" y1=\"0\" x2=\"800\" y2=\"0\"><stop offset=\"0\" class=\"nx-gi-a\"\/><stop offset=\"0.55\" class=\"nx-gi-b\"\/><stop offset=\"1\" class=\"nx-gi-c\"\/><\/linearGradient><linearGradient id=\"nx-gp\" x1=\"0\" y1=\"0\" x2=\"1\" y2=\"1\"><stop offset=\"0\" class=\"nx-gp-a\"\/><stop offset=\"1\" class=\"nx-gp-b\"\/><\/linearGradient><\/defs><\/svg><section class=\"nx-hero\" data-layout=\"protocol\" aria-labelledby=\"nx-title-1\"><div class=\"nx-container\"><div class=\"nx-theme-toggle\" role=\"group\" aria-label=\"Appearance of this page\" hidden><button type=\"button\" data-mode=\"light\" aria-pressed=\"false\">Light<\/button><button type=\"button\" data-mode=\"dark\" aria-pressed=\"false\">Dark<\/button><button type=\"button\" data-mode=\"auto\" aria-pressed=\"true\">Auto<\/button><\/div><div class=\"nx-folio\" aria-label=\"Document reference\"><strong>G03 \u00b7 METHOD \u00b7 materials-chemistry<\/strong>GCRI dossier \u00b7 service level R0<\/div><div class=\"nx-hero-grid\"><div class=\"nx-hero-text\"><div class=\"nx-eyebrow-row\"><span class=\"nx-eyebrow\">GCRI<\/span><span class=\"nx-eyebrow\" aria-hidden=\"true\">\u00b7<\/span><span class=\"nx-eyebrow\">Energy Nexus<\/span><span class=\"nx-eyebrow\" aria-hidden=\"true\">\u00b7<\/span><span class=\"nx-eyebrow\">Established<\/span><\/div><div class=\"nx-accent-row\"><span class=\"nx-accent-rule\" aria-hidden=\"true\"><\/span><span>Method page \u00b7 Materials science and chemistry<\/span><\/div><h1 id=\"nx-title-1\" class=\"nx-hero-title\">Materials science for energy assets<\/h1><p class=\"nx-tagline\">Materials science and chemistry explain how energy equipment ages and fails, and which materials the transition depends on: battery chemistries and their thermal behaviour, corrosion of pipelines and towers, insulation ageing in transformers, and the critical minerals in magnets, cells and electrolysers.<\/p><div class=\"nx-actions\"><a class=\"nx-btn\" data-variant=\"primary\" href=\"https:\/\/therisk.global\/energy-nexus\/contact\/\">Make an enquiry <svg class=\"nx-arrow\" viewBox=\"0 0 16 16\" aria-hidden=\"true\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"1.5\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M3 8h10M9 4l4 4-4 4\"\/><\/svg><\/a><a class=\"nx-btn\" data-variant=\"secondary\" href=\"https:\/\/therisk.global\/energy-nexus\/stem\/\">Back to STEM foundation of Energy Nexus<\/a><\/div><\/div><div class=\"nx-hero-panel\"><div class=\"nx-lv-steps\"><div class=\"nx-register-head\"><span class=\"nx-eyebrow\"><strong>Protocol<\/strong><\/span><span class=\"nx-eyebrow\">6 steps<\/span><\/div><ol><li><a href=\"#nx-sec-brief-answer\"><span class=\"nx-lv-steps-n\">01<\/span><span class=\"nx-lv-steps-t\">In brief<\/span><span class=\"nx-lv-steps-d\">The short answer<\/span><\/a><\/li><li><a href=\"#nx-sec-application\"><span class=\"nx-lv-steps-n\">02<\/span><span class=\"nx-lv-steps-t\">Application<\/span><span class=\"nx-lv-steps-d\">What materials science and chemistry does here<\/span><\/a><\/li><li><a href=\"#nx-sec-terms\"><span class=\"nx-lv-steps-n\">03<\/span><span class=\"nx-lv-steps-t\">Key terms<\/span><span class=\"nx-lv-steps-d\">Terms used on this page<\/span><\/a><\/li><li><a href=\"#nx-sec-canvas\"><span class=\"nx-lv-steps-n\">04<\/span><span class=\"nx-lv-steps-t\">Canvas<\/span><span class=\"nx-lv-steps-d\">The method as a run graph<\/span><\/a><\/li><li><a href=\"#nx-sec-data\"><span class=\"nx-lv-steps-n\">05<\/span><span class=\"nx-lv-steps-t\">Data<\/span><span class=\"nx-lv-steps-d\">What the method consumes<\/span><\/a><\/li><li><a href=\"#nx-sec-checks\"><span class=\"nx-lv-steps-n\">06<\/span><span class=\"nx-lv-steps-t\">Validation<\/span><span class=\"nx-lv-steps-d\">How results are checked<\/span><\/a><\/li><\/ol><p class=\"nx-register-foot\">GCRI \u00b7 Established \u00b7 service level R0<\/p><\/div><\/div><\/div><\/div><\/section> <nav class=\"nx-index-strip\" data-nx-spy=\"true\" aria-label=\"On this page\"><div class=\"nx-container\"><a href=\"#nx-sec-brief-answer\"><span>01<\/span>The short answer<\/a><a href=\"#nx-s-3-sec\"><span>02<\/span>Field sampling, in outline<\/a><a href=\"#nx-sec-application\"><span>03<\/span>What materials science and chemistry\u2026<\/a><a href=\"#nx-sec-terms\"><span>04<\/span>Terms used on this page<\/a><a href=\"#nx-sec-field\"><span>05<\/span>Energy demand and corridors in Mexico<\/a><a href=\"#nx-sec-canvas\"><span>06<\/span>The method as a run graph<\/a><a href=\"#nx-sec-data\"><span>07<\/span>What the method consumes<\/a><a href=\"#nx-sec-checks\"><span>08<\/span>How results are checked<\/a><\/div><\/nav> <section id=\"nx-sec-brief-answer\" class=\"nx-section\" data-hue=\"energy\" aria-labelledby=\"nx-s-2\"><div class=\"nx-container\"><div class=\"nx-section-head\"><div class=\"nx-eyebrow-row\"><span class=\"nx-eyebrow\">01<\/span><span class=\"nx-rule\" aria-hidden=\"true\"><\/span><span class=\"nx-eyebrow\">In brief<\/span><\/div><h2 id=\"nx-s-2\" class=\"nx-section-title\">The short answer.<\/h2><p class=\"nx-lede\">Energy materials science is the study of how energy equipment ages and fails and which materials the energy transition depends on. It covers battery chemistries and thermal runaway, corrosion of pipelines and towers, insulation ageing in transformers, and the critical minerals in magnets, cells and electrolysers.<\/p><\/div><\/div><\/section><section id=\"nx-s-3-sec\" class=\"nx-section\" data-hue=\"infrastructure\" data-tone=\"alt\" aria-labelledby=\"nx-s-3\"><div class=\"nx-container\"><div class=\"nx-section-head\"><div class=\"nx-eyebrow-row\"><span class=\"nx-eyebrow\">02<\/span><span class=\"nx-rule\" aria-hidden=\"true\"><\/span><span class=\"nx-eyebrow\">Console<\/span><\/div><h2 id=\"nx-s-3\" class=\"nx-section-title\">Field sampling, in outline.<\/h2><p class=\"nx-lede\">The working screen behind this method: its structure, terms and states. Names are placeholders and values illustrative.<\/p><\/div><div class=\"nx-section-body\"><figure class=\"nx-fk nx-cx\" data-fk=\"cx-energy-method-sampling\" data-cx=\"energy.method-sampling\" data-variant=\"section\" aria-label=\"Field sampling: illustrative console with placeholder names and values\"><div class=\"nx-fk-head\"><div class=\"nx-fk-heading\"><h3 class=\"nx-fk-title\">Field sampling<\/h3><p class=\"nx-fk-sub\">Energy \u00b7 Materials science for energy\u2026 \u00b7 Run R-5294<\/p><\/div><div class=\"nx-fk-actions\"><button type=\"button\" class=\"nx-fk-btn\" data-fk-act=\"menu\" aria-haspopup=\"true\" aria-expanded=\"false\" hidden><svg viewBox=\"0 0 24 24\" aria-hidden=\"true\" focusable=\"false\"><path d=\"M12 4v11\"\/><path d=\"m7 10 5 5 5-5\"\/><path d=\"M5 20h14\"\/><\/svg>Export<\/button><ul class=\"nx-fk-menu\" data-fk-menu=\"true\" hidden><li><button type=\"button\" data-fk-act=\"export-png\">Image<small>PNG of the map or chart<\/small><\/button><\/li><li><button type=\"button\" data-fk-act=\"export-csv\">Data<small>CSV of the figure's values<\/small><\/button><\/li><\/ul><\/div><\/div><div class=\"nx-cx-status\"><span class=\"nx-fk-pill\" data-state=\"near\"><i aria-hidden=\"true\"><\/i>Three sites overdue<\/span><span class=\"nx-cx-prod\">GCRI \u00b7 Energy Nexus<\/span><\/div><div class=\"nx-cx-grid\"><div class=\"nx-fk-panel nx-cx-p\" data-w=\"3\" data-t=\"map\"><div class=\"nx-fk-panel-head\"><div><h4 class=\"nx-fk-panel-title\">Sampling sites<\/h4><p class=\"nx-fk-panel-sub\">red: result above guideline<\/p><\/div><\/div><div class=\"nx-cx-map\"><svg class=\"nx-cx-svg\" viewBox=\"0 0 480 250\" role=\"img\" aria-label=\"Sampling sites: schematic on placeholder geography. Illustrative.\" focusable=\"false\"><rect class=\"cx-sea\" width=\"480\" height=\"250\" rx=\"4\"\/><path class=\"cx-land\" d=\"M459.8 125l7.2 40.2-58.2 28.7-72.3 12.4-55.6 31.3-77.2-12.5-70.7-10.1-39.2-30.4-69.7-21.4-5.9-38.2 3.6-38.6 49.2-30.3 50.4-30.9 78.9-9.6 73.2 17 80.7-3.8 58.2 25.9 31.8 34.2z\"\/><path class=\"cx-haz2\" d=\"M409.1 112.5l-8.7 30.4-40.1 14.6-39 20.7-43.2-15.8-43.8-16.4-19.4-33.5 13.6-35.7 51.9-11.6 40.9-4.5 38.7 7.1 35.3 16.2z\"\/><circle class=\"cx-site-hot\" cx=\"332.8\" cy=\"112.1\" r=\"6.4\"\/><circle class=\"cx-site-hot\" cx=\"335.2\" cy=\"60.7\" r=\"4.9\"\/><circle class=\"cx-site-hot\" cx=\"92.6\" cy=\"199.8\" r=\"5.4\"\/><circle class=\"cx-site-hot\" cx=\"235.6\" cy=\"62.7\" r=\"7.5\"\/><circle class=\"cx-node\" cx=\"262.8\" cy=\"143.5\" r=\"6.3\"\/><circle class=\"cx-node\" cx=\"319.8\" cy=\"157.3\" r=\"3.1\"\/><circle class=\"cx-node\" cx=\"67.9\" cy=\"147.7\" r=\"6.3\"\/><circle class=\"cx-node\" cx=\"379.9\" cy=\"164.3\" r=\"3.8\"\/><circle class=\"cx-node\" cx=\"219.2\" cy=\"48.4\" r=\"7.6\"\/><circle class=\"cx-node\" cx=\"418.2\" cy=\"180.1\" r=\"4.8\"\/><circle class=\"cx-node\" cx=\"238.3\" cy=\"146.4\" r=\"5.3\"\/><circle class=\"cx-node\" cx=\"128.2\" cy=\"53.1\" r=\"4.3\"\/><circle class=\"cx-node\" cx=\"369.5\" cy=\"173.5\" r=\"7.3\"\/><circle class=\"cx-node\" cx=\"157.8\" cy=\"66.9\" r=\"4.5\"\/><circle class=\"cx-node\" cx=\"110.6\" cy=\"141.6\" r=\"5.0\"\/><circle class=\"cx-node\" cx=\"57.0\" cy=\"196.8\" r=\"3.6\"\/><text class=\"cx-lbl-s\" x=\"464\" y=\"236\" text-anchor=\"end\">Circle size: exposure value \u00b7 placeholder<\/text><g class=\"cx-north\"><path d=\"M458 30 L463 18 L468 30 Z\"\/><text class=\"cx-lbl-s\" x=\"463\" y=\"42\" text-anchor=\"middle\">N<\/text><\/g><\/svg><\/div><\/div><div class=\"nx-fk-panel nx-cx-p\" data-w=\"3\" data-t=\"table\"><div class=\"nx-fk-panel-head\"><div><h4 class=\"nx-fk-panel-title\">Latest results<\/h4><\/div><\/div><div class=\"nx-fk-tablewrap\" data-fk-view=\"table:cx-energy-method-sampling-t1\"><table class=\"nx-fk-table\" data-fk-table=\"cx-energy-method-sampling-t1\" aria-label=\"Latest results\"><thead><tr><th scope=\"col\" data-col=\"c0\" aria-sort=\"none\"><button type=\"button\" data-fk-sort=\"c0\">Site<\/button><\/th><th scope=\"col\" data-col=\"c1\" aria-sort=\"none\"><button type=\"button\" data-fk-sort=\"c1\">Parameter<\/button><\/th><th scope=\"col\" data-col=\"c2\" data-num=\"true\" aria-sort=\"none\"><button type=\"button\" data-fk-sort=\"c2\">Value<\/button><\/th><th scope=\"col\" data-col=\"c3\" data-num=\"true\" aria-sort=\"none\"><button type=\"button\" data-fk-sort=\"c3\">Guideline<\/button><\/th><th scope=\"col\" data-col=\"c4\" aria-sort=\"none\"><button type=\"button\" data-fk-sort=\"c4\">State<\/button><\/th><\/tr><\/thead><tbody><tr data-fk-key=\"cx-energy-method-sampling:r1-0\" tabindex=\"0\" role=\"row\" aria-selected=\"false\"><td>S-27<\/td><td>Reserve<\/td><td data-num=\"true\" data-sv=\"0.8\">0.8<\/td><td data-num=\"true\" data-sv=\"9\">9<\/td><td><span class=\"nx-fk-pill\" data-state=\"met\"><i aria-hidden=\"true\"><\/i>Below<\/span><\/td><\/tr><tr data-fk-key=\"cx-energy-method-sampling:r1-1\" tabindex=\"0\" role=\"row\" aria-selected=\"false\"><td>S-15<\/td><td>Frequency<\/td><td data-num=\"true\" data-sv=\"11.1\">11.1<\/td><td data-num=\"true\" data-sv=\"10\">10<\/td><td><span class=\"nx-fk-pill\" data-state=\"not\"><i aria-hidden=\"true\"><\/i>Above<\/span><\/td><\/tr><tr data-fk-key=\"cx-energy-method-sampling:r1-2\" tabindex=\"0\" role=\"row\" aria-selected=\"false\"><td>S-13<\/td><td>Unserved<\/td><td data-num=\"true\" data-sv=\"3.1\">3.1<\/td><td data-num=\"true\" data-sv=\"8\">8<\/td><td><span class=\"nx-fk-pill\" data-state=\"near\"><i aria-hidden=\"true\"><\/i>Near<\/span><\/td><\/tr><tr data-fk-key=\"cx-energy-method-sampling:r1-3\" tabindex=\"0\" role=\"row\" aria-selected=\"false\"><td>S-27<\/td><td>Hydro<\/td><td data-num=\"true\" data-sv=\"5.4\">5.4<\/td><td data-num=\"true\" data-sv=\"7\">7<\/td><td><span class=\"nx-fk-pill\" data-state=\"met\"><i aria-hidden=\"true\"><\/i>Below<\/span><\/td><\/tr><\/tbody><\/table><\/div><\/div><div class=\"nx-fk-panel nx-cx-p\" data-w=\"6\" data-t=\"chart\"><div class=\"nx-fk-panel-head\"><div><h4 class=\"nx-fk-panel-title\">Trend at selected site<\/h4><\/div><\/div><svg class=\"nx-fk-svg\" viewBox=\"0 0 460 210\" width=\"460\" height=\"210\" role=\"img\" aria-label=\"Trend at selected site\" focusable=\"false\" tabindex=\"0\" preserveAspectRatio=\"xMidYMid meet\" data-fk-chart=\"cx-energy-method-sampling-c2\" data-fk-xs=\"lin,0,23,36,446\" data-fk-ys=\"lin,0,100,180,20\" data-fk-series=\"Measured|ink|l||0:44.3;1:46.2;2:43.8;3:46.9;4:48.1;5:52.8;6:54.7;7:53.9;8:58.9;9:54.2;10:55.1;11:49.6;12:46.3;13:48.2;14:49.2;15:47.3;16:46.7;17:43.4;18:38.4;19:41.1;20:45.9;21:42.6;22:44.1;23:40.3~Guideline|acc|l||0:50.3;1:47.2;2:46.9;3:44.7;4:42.5;5:43.5;6:40.2;7:41.9;8:45.5;9:49.3;10:49.8;11:52.2;12:51.4;13:48.7;14:47.2;15:50.1;16:47;17:43.3;18:47.3;19:43.9;20:41.5;21:44.2;22:47.2;23:47.8\" data-nx-z=\"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\"><\/svg><\/div><\/div><div class=\"nx-fk-tip\" aria-hidden=\"true\" hidden><\/div><figcaption class=\"nx-fk-cap\"><span>Field sampling: the screen's structure, terms and states for Energy.<\/span><span data-honesty=\"true\">Placeholder names and illustrative values; a design, not a record or a live system.<\/span><\/figcaption><\/figure><\/div><\/div><\/section><section id=\"nx-sec-application\" class=\"nx-section\" data-hue=\"climate\" data-variant=\"band\" aria-labelledby=\"nx-s-4\"><div class=\"nx-container\"><div class=\"nx-section-head\"><div class=\"nx-eyebrow-row\"><span class=\"nx-eyebrow\">03<\/span><span class=\"nx-rule\" aria-hidden=\"true\"><\/span><span class=\"nx-eyebrow\">Application<\/span><\/div><h2 id=\"nx-s-4\" class=\"nx-section-title\">What materials science and chemistry does here.<\/h2><p class=\"nx-lede\">Materials science and chemistry study the composition, structure and properties of substances and how they react and degrade. They inform the safety of industrial processes, the durability of infrastructure and the availability of critical materials. In energy, critical infrastructure and climate and hazards, materials and chemical knowledge supports hazard classification, infrastructure lifetime assessment and substitution planning for scarce inputs. It links industrial accidents and pollution to health and supply chain risk. The canonical description is on <a class=\"nx-link\" href=\"https:\/\/therisk.global\/stem\/science\/materials-chemistry\/\">the STEM Commons<\/a>.<\/p><\/div><div class=\"nx-section-body\"><div class=\"nx-cols\"><article><div class=\"nx-glyph-row\"><span class=\"nx-glyph\" data-tone=\"accent\" data-size=\"lg\"><svg class=\"nx-i\" viewBox=\"0 0 24 24\" aria-hidden=\"true\" focusable=\"false\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"1.5\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M15 7h1a2 2 0 0 1 2 2v6a2 2 0 0 1-2 2h-2\"\/><path d=\"M6 7H4a2 2 0 0 0-2 2v6a2 2 0 0 0 2 2h1\"\/><path d=\"m11 7-3 5h4l-3 5\"\/><line x1=\"22\" x2=\"22\" y1=\"11\" y2=\"13\"\/><\/svg><\/span><\/div><h3 class=\"nx-h3 nx-mt-2\">Battery chemistry and thermal runaway<\/h3><p class=\"nx-p nx-mt-1\">Cell chemistries are compared for energy density, cycle life and thermal-runaway behaviour, using published abuse tests and incident investigations.<\/p><\/article><article><div class=\"nx-glyph-row\"><span class=\"nx-glyph\" data-tone=\"accent\" data-size=\"lg\"><svg class=\"nx-i\" viewBox=\"0 0 24 24\" aria-hidden=\"true\" focusable=\"false\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"1.5\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M20 13c0 5-3.5 7.5-7.66 8.95a1 1 0 0 1-.67-.01C7.5 20.5 4 18 4 13V6a1 1 0 0 1 1-1c2 0 4.5-1.2 6.24-2.72a1.17 1.17 0 0 1 1.52 0C14.51 3.81 17 5 19 5a1 1 0 0 1 1 1z\"\/><path d=\"m9 12 2 2 4-4\"\/><\/svg><\/span><\/div><h3 class=\"nx-h3 nx-mt-2\">Ageing and corrosion of grid assets<\/h3><p class=\"nx-p nx-mt-1\">Transformer insulation ageing, conductor corrosion and concrete degradation are related to temperature, humidity and salt exposure to estimate remaining life with stated uncertainty.<\/p><\/article><article><div class=\"nx-glyph-row\"><span class=\"nx-glyph\" data-tone=\"accent\" data-size=\"lg\"><svg class=\"nx-i\" viewBox=\"0 0 24 24\" aria-hidden=\"true\" focusable=\"false\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"1.5\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M21.54 15H17a2 2 0 0 0-2 2v4.54\"\/><path d=\"M7 3.34V5a3 3 0 0 0 3 3v0a2 2 0 0 1 2 2v0c0 1.1.9 2 2 2v0a2 2 0 0 0 2-2v0c0-1.1.9-2 2-2h3.17\"\/><path d=\"M11 21.95V18a2 2 0 0 0-2-2v0a2 2 0 0 1-2-2v-1a2 2 0 0 0-2-2H2.05\"\/><circle cx=\"12\" cy=\"12\" r=\"10\"\/><\/svg><\/span><\/div><h3 class=\"nx-h3 nx-mt-2\">Critical mineral dependence<\/h3><p class=\"nx-p nx-mt-1\">The material content of batteries, turbines, panels and grid equipment is linked to production and processing concentration by country.<\/p><\/article><\/div><\/div><\/div><\/section><section id=\"nx-sec-terms\" class=\"nx-section\" data-hue=\"energy\" data-tone=\"alt\" data-variant=\"stack\" aria-labelledby=\"nx-s-5\"><div class=\"nx-container\"><div class=\"nx-section-head\"><div class=\"nx-eyebrow-row\"><span class=\"nx-eyebrow\">04<\/span><span class=\"nx-rule\" aria-hidden=\"true\"><\/span><span class=\"nx-eyebrow\">Key terms<\/span><\/div><h2 id=\"nx-s-5\" class=\"nx-section-title\">Terms used on this page.<\/h2><p class=\"nx-lede\">Each term as this page uses it. Where a standard-setting body defines the term, the wording follows that body.<\/p><\/div><div class=\"nx-section-body\"><div class=\"nx-table-wrap\"><table class=\"nx-table\" data-stack=\"true\"><thead><tr><th scope=\"col\">Term<\/th><th scope=\"col\">Definition<\/th><\/tr><\/thead><tbody><tr><td data-label=\"Term\">Thermal runaway<\/td><td data-label=\"Definition\">A self-heating reaction in a battery cell that can spread to neighbouring cells and cause fire or explosion.<\/td><\/tr><tr><td data-label=\"Term\">Critical mineral<\/td><td data-label=\"Definition\">A mineral essential to economic or security needs whose supply is at risk, listed by agencies such as the USGS.<\/td><\/tr><tr><td data-label=\"Term\">Insulation ageing<\/td><td data-label=\"Definition\">The gradual breakdown of insulating materials in equipment such as transformers, driven mainly by heat.<\/td><\/tr><\/tbody><\/table><\/div><\/div><\/div><\/section><section id=\"nx-sec-field\" class=\"nx-section\" data-hue=\"infrastructure\" aria-labelledby=\"nx-s-6\"><div class=\"nx-container\"><div class=\"nx-section-head\"><div class=\"nx-eyebrow-row\"><span class=\"nx-eyebrow\">05<\/span><span class=\"nx-rule\" aria-hidden=\"true\"><\/span><span class=\"nx-eyebrow\">Geography<\/span><\/div><h2 id=\"nx-s-6\" class=\"nx-section-title\">Energy demand and corridors in Mexico.<\/h2><p class=\"nx-lede\">Where demand concentrates in cities and the rail, road and port corridors that move fuel and equipment, shown for Mexico as an example geography for this subject.<\/p><\/div><div class=\"nx-section-body\"><div class=\"nx-canvas-wrap\"><div class=\"nx-map nx-cmap\" data-nx-map=\"ctx\" data-cmap=\"mexico:energy\" data-ramp=\"orange\" data-basis=\"case\" data-focus=\"0 0 2000 1290|623 179 932 551|339 105 662 506|896 300 1116 618\"><figure class=\"nx-fk\" data-fk=\"map-mexico-energy\" data-ramp=\"orange\" 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\"><figcaption class=\"nx-fk-cap\"><span>Where demand concentrates in cities and the rail, road and port corridors that move fuel and equipment.<\/span><span data-honesty=\"true\">Indicator derived from Natural Earth at map scale; a screening view, not an assessment.<\/span><\/figcaption><\/figure><div class=\"nx-live-slot nx-live-slot--map\" data-nxf-slot=\"map\" data-nxf-kind=\"map\" data-nxf-resource=\"nexus:\/\/gcri\/G03\/stem\/materials-chemistry\/#map\" data-nxf-title=\"Energy Nexus live map\" data-nxf-height=\"560\" hidden><\/div><div class=\"nx-map-hud\"><span class=\"nx-eyebrow\">GCRI \u00b7 Energy Nexus \u00b7 field<\/span><span class=\"nx-eyebrow nx-map-hud-right\">DESIGN FIGURE<\/span><\/div><\/div><\/div><\/div><\/div><\/section><section id=\"nx-sec-canvas\" class=\"nx-section\" data-hue=\"climate\" data-tone=\"alt\" aria-labelledby=\"nx-s-7\"><div class=\"nx-container\"><div class=\"nx-section-head\"><div class=\"nx-eyebrow-row\"><span class=\"nx-eyebrow\">06<\/span><span class=\"nx-rule\" aria-hidden=\"true\"><\/span><span class=\"nx-eyebrow\">Canvas<\/span><\/div><h2 id=\"nx-s-7\" class=\"nx-section-title\">The method as a run graph.<\/h2><p class=\"nx-lede\">Data from the source register feeds the methods; calibration and an independent test gate the estimate and its limits; the decision stays with the competent authority.<\/p><\/div><div class=\"nx-section-body\"><div class=\"nx-plate\" data-wide=\"true\"><div class=\"nx-plate-label\"><span class=\"nx-eyebrow\"><strong>Method canvas<\/strong> \u00b7 Materials science and chemistry as applied here<\/span><span class=\"nx-eyebrow\">Design, not a record<\/span><\/div><div class=\"nx-figure-frame\" data-scene=\"true\"><svg class=\"nx-figure nx-ui nx-dag\" viewBox=\"0 0 1200 564\" data-nx-dag=\"true\" data-w=\"1200\" data-h=\"564\" role=\"img\" aria-labelledby=\"nx-dag-g03-stem-materials-chemistry-source-passp-t nx-dag-g03-stem-materials-chemistry-source-passp-d\" data-nx-z=\"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\"><title id=\"nx-dag-g03-stem-materials-chemistry-source-passp-t\">Materials science and chemistry in Energy Nexus: from a source to a labelled evidence record<\/title><desc id=\"nx-dag-g03-stem-materials-chemistry-source-passp-d\">A source is registered with its licence and steward, checked for quality and coverage, labelled by evidence class, versioned and published with a passport; corrections create a new version. Design of the process, not a record of a run.<\/desc><\/svg><\/div><\/div><p class=\"nx-caption\"><strong>Fig. 01<\/strong><span>Nodes carry their type, metrics and state; connectors show what feeds what; the gates are the validation steps; the timeline is one application. Design of the method's use, not a record of a run.<\/span><\/p><\/div><\/div><\/section><section id=\"nx-sec-data\" class=\"nx-section\" data-hue=\"energy\" aria-labelledby=\"nx-s-8\"><div class=\"nx-container\"><div class=\"nx-section-head\"><div class=\"nx-eyebrow-row\"><span class=\"nx-eyebrow\">07<\/span><span class=\"nx-rule\" aria-hidden=\"true\"><\/span><span class=\"nx-eyebrow\">Data<\/span><\/div><h2 id=\"nx-s-8\" class=\"nx-section-title\">What the method consumes.<\/h2><p class=\"nx-lede\">Datasets and records used by materials science and chemistry on this platform, with the role each plays and the label its values carry. Sources are listed in <a class=\"nx-link\" href=\"https:\/\/therisk.global\/energy-nexus\/research\/sources\/\">the source register<\/a>.<\/p><\/div><div class=\"nx-section-body\" data-lv=\"register\"><div class=\"nx-table-wrap\"><table class=\"nx-table\" data-stack=\"true\"><thead><tr><th scope=\"col\">Data<\/th><th scope=\"col\">Role<\/th><th scope=\"col\">Label<\/th><\/tr><\/thead><tbody><tr><td data-label=\"Data\">Materials property databases<\/td><td data-label=\"Role\">Performance and degradation parameters<\/td><td data-label=\"Label\"><span class=\"nx-chip\">OFFICIAL<\/span><\/td><\/tr><tr><td data-label=\"Data\">Battery abuse test and incident reports<\/td><td data-label=\"Role\">Thermal-runaway behaviour<\/td><td data-label=\"Label\"><span class=\"nx-chip\">REPORTED<\/span><\/td><\/tr><tr><td data-label=\"Data\">Mineral production statistics from USGS and national surveys<\/td><td data-label=\"Role\">Supply concentration<\/td><td data-label=\"Label\"><span class=\"nx-chip\">OFFICIAL<\/span><\/td><\/tr><tr><td data-label=\"Data\">Asset condition monitoring<\/td><td data-label=\"Role\">Field ageing evidence<\/td><td data-label=\"Label\"><span class=\"nx-chip\">OBSERVED<\/span><\/td><\/tr><\/tbody><\/table><\/div><div class=\"nx-live-slot\" data-nxf-slot=\"data\" data-nxf-kind=\"data\" data-nxf-resource=\"nexus:\/\/gcri\/G03\/stem\/materials-chemistry\/#data\" data-nxf-title=\"Method record\" data-nxf-height=\"520\" hidden><\/div><div class=\"nx-live-slot\" data-nxf-slot=\"evidence\" data-nxf-kind=\"evidence\" data-nxf-resource=\"nexus:\/\/gcri\/G03\/stem\/materials-chemistry\/#evidence\" data-nxf-title=\"Evidence\" data-nxf-height=\"520\" hidden><\/div><\/div><\/div><\/section><section id=\"nx-sec-checks\" class=\"nx-section\" data-hue=\"infrastructure\" data-tone=\"alt\" aria-labelledby=\"nx-s-9\"><div class=\"nx-container\"><div class=\"nx-section-head\"><div class=\"nx-eyebrow-row\"><span class=\"nx-eyebrow\">08<\/span><span class=\"nx-rule\" aria-hidden=\"true\"><\/span><span class=\"nx-eyebrow\">Validation<\/span><\/div><h2 id=\"nx-s-9\" class=\"nx-section-title\">How results are checked.<\/h2><p class=\"nx-lede\">Measurements are traceable to reference materials and verified through interlaboratory comparison. Simulations are benchmarked against experimental data.<\/p><\/div><div class=\"nx-section-body\"><div class=\"nx-table-wrap\"><table class=\"nx-table\" data-stack=\"true\"><thead><tr><th scope=\"col\">Check<\/th><th scope=\"col\">How it is done<\/th><\/tr><\/thead><tbody><tr><td data-label=\"Check\">Laboratory to field comparison<\/td><td data-label=\"How it is done\">Accelerated ageing results are compared with field failure records before a lifetime is quoted<\/td><\/tr><tr><td data-label=\"Check\">Traceable measurement<\/td><td data-label=\"How it is done\">Material data are traced to accredited laboratories or reference materials<\/td><\/tr><tr><td data-label=\"Check\">Supply data cross-check<\/td><td data-label=\"How it is done\">Mineral production figures are compared across national and international sources<\/td><\/tr><\/tbody><\/table><\/div><p class=\"nx-note nx-mt-3\">Laboratory ageing tests may not reproduce long-term field conditions. Combined exposures and novel substances lack characterisation.<\/p><\/div><\/div><\/section><section id=\"nx-sec-connections\" class=\"nx-section\" data-hue=\"climate\" data-variant=\"band\" aria-labelledby=\"nx-s-10\"><div class=\"nx-container\"><div class=\"nx-section-head\"><div class=\"nx-eyebrow-row\"><span class=\"nx-eyebrow\">09<\/span><span class=\"nx-rule\" aria-hidden=\"true\"><\/span><span class=\"nx-eyebrow\">Connections<\/span><\/div><h2 id=\"nx-s-10\" class=\"nx-section-title\">Topics that rely on this method.<\/h2><\/div><div class=\"nx-section-body\"><ul class=\"nx-list\" data-nav=\"true\"><li><a class=\"nx-link\" href=\"https:\/\/therisk.global\/energy-nexus\/topics\/renewables-and-storage\/\"><span>Renewables and storage<\/span><svg class=\"nx-arrow\" viewBox=\"0 0 16 16\" aria-hidden=\"true\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"1.5\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M3 8h10M9 4l4 4-4 4\"\/><\/svg><\/a><\/li><li><a class=\"nx-link\" href=\"https:\/\/therisk.global\/energy-nexus\/topics\/industrial-energy-systems\/\"><span>Industrial energy systems<\/span><svg class=\"nx-arrow\" viewBox=\"0 0 16 16\" aria-hidden=\"true\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"1.5\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M3 8h10M9 4l4 4-4 4\"\/><\/svg><\/a><\/li><li><a class=\"nx-link\" href=\"https:\/\/therisk.global\/energy-nexus\/topics\/nuclear-energy-safety-interface\/\"><span>Nuclear energy and the safety interface<\/span><svg class=\"nx-arrow\" viewBox=\"0 0 16 16\" aria-hidden=\"true\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"1.5\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M3 8h10M9 4l4 4-4 4\"\/><\/svg><\/a><\/li><li><a class=\"nx-link\" href=\"https:\/\/therisk.global\/energy-nexus\/topics\/radiological-and-nuclear-risk\/\"><span>Radiological and nuclear risk<\/span><svg class=\"nx-arrow\" viewBox=\"0 0 16 16\" aria-hidden=\"true\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"1.5\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M3 8h10M9 4l4 4-4 4\"\/><\/svg><\/a><\/li><\/ul><\/div><\/div><\/section><section id=\"nx-sec-stewardship\" class=\"nx-section\" data-hue=\"energy\" data-tone=\"alt\" data-variant=\"stack\" aria-labelledby=\"nx-s-11\"><div class=\"nx-container\"><div class=\"nx-section-head\"><div class=\"nx-eyebrow-row\"><span class=\"nx-eyebrow\">10<\/span><span class=\"nx-rule\" aria-hidden=\"true\"><\/span><span class=\"nx-eyebrow\">Stewardship<\/span><\/div><h2 id=\"nx-s-11\" class=\"nx-section-title\">Who maintains the method.<\/h2><p class=\"nx-lede\"><a class=\"nx-link\" href=\"https:\/\/therisk.global\/advanced-industry-robotics\/\">Advanced Industry and Robotics<\/a> stewards materials science and chemistry for the Consortium and reviews how it is applied across platforms.<\/p><\/div><div class=\"nx-section-body\"><p class=\"nx-p\"><a class=\"nx-link\" href=\"https:\/\/therisk.global\/stem\/science\/materials-chemistry\/\">Canonical page: Materials science and chemistry<\/a><\/p><\/div><\/div><\/section><section id=\"nx-s-12-sec\" class=\"nx-section\" data-hue=\"infrastructure\" aria-labelledby=\"nx-s-12\"><div class=\"nx-container\"><div class=\"nx-section-head\"><div class=\"nx-eyebrow-row\"><span class=\"nx-eyebrow\">11<\/span><span class=\"nx-rule\" aria-hidden=\"true\"><\/span><span class=\"nx-eyebrow\">Connected<\/span><\/div><h2 id=\"nx-s-12\" class=\"nx-section-title\">Where this page leads across the Consortium.<\/h2><\/div><div class=\"nx-section-body\"><ul class=\"nx-dest\"><li><a class=\"nx-dest-card\" href=\"https:\/\/therisk.global\/stem\/science\/materials-chemistry\/\"><span class=\"nx-dest-top\"><span class=\"nx-dest-rel\">Canonical method page<\/span><span class=\"nx-dest-host\">GCRI<\/span><\/span><span class=\"nx-dest-title\">Materials science and chemistry<\/span><span class=\"nx-dest-why\">Platform application links to the canonical method page.<\/span><span class=\"nx-dest-go\" aria-hidden=\"true\"><svg class=\"nx-arrow\" viewBox=\"0 0 16 16\" aria-hidden=\"true\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"1.5\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M3 8h10M9 4l4 4-4 4\"\/><\/svg><\/span><\/a><\/li><li><a class=\"nx-dest-card\" href=\"https:\/\/therisk.global\/advanced-industry-robotics\/stem\/materials-chemistry\/\"><span class=\"nx-dest-top\"><span class=\"nx-dest-rel\">Steward platform<\/span><span class=\"nx-dest-host\">GCRI<\/span><\/span><span class=\"nx-dest-title\">Materials science for industry<\/span><span class=\"nx-dest-why\">Advanced Industry and Robotics stewards this method.<\/span><span class=\"nx-dest-go\" aria-hidden=\"true\"><svg class=\"nx-arrow\" viewBox=\"0 0 16 16\" aria-hidden=\"true\" fill=\"none\" stroke=\"currentColor\" stroke-width=\"1.5\" stroke-linecap=\"round\" stroke-linejoin=\"round\"><path d=\"M3 8h10M9 4l4 4-4 4\"\/><\/svg><\/span><\/a><\/li><\/ul><\/div><\/div><\/section><section id=\"nx-s-13-sec\" class=\"nx-section\" data-hue=\"climate\" data-tone=\"alt\" aria-labelledby=\"nx-s-13\"><div class=\"nx-container\"><div class=\"nx-section-head\"><div class=\"nx-eyebrow-row\"><span class=\"nx-eyebrow\">12<\/span><span class=\"nx-rule\" aria-hidden=\"true\"><\/span><span class=\"nx-eyebrow\">Questions<\/span><\/div><h2 id=\"nx-s-13\" class=\"nx-section-title\">Questions and answers.<\/h2><\/div><div class=\"nx-section-body\"><div class=\"nx-faq\"><details><summary>What are the limits of materials science and chemistry in this field?<\/summary><div class=\"nx-answer\">Laboratory ageing tests may not reproduce long-term field conditions. Combined exposures and novel substances lack characterisation.<\/div><\/details><details><summary>How are results checked?<\/summary><div class=\"nx-answer\">Measurements are traceable to reference materials and verified through interlaboratory comparison. Simulations are benchmarked against experimental data.<\/div><\/details><details><summary>Are the values on this page real?<\/summary><div class=\"nx-answer\">The data names, roles and checks are real descriptions of practice. 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