{ "personId": "sl-1529", "uid": "SL-1529", "name": "R.V.琼斯", "version": "V2研究贡献账", "updatedAt": "2026-09-15", "formula": { "q": "Q = 10^(M/2) − 1", "light": "Lᵢ = aᵢ × Qᵢ", "total": "L = Σ Lᵢ", "score": "S = 2 × log₁₀(1 + L)" }, "scopeNote": "本轮当前已列3项有限研究账；M与归功份额为可修订判断。未覆盖内容和未核清的负面作用不按零处理，具体缺口见逐项说明。", "exclusions": [ { "id": "JONES-WARTIME-SCIENTIFIC-INTELLIGENCE-AND-COUNTERMEASURES", "title": "战时科学情报分析与雷达/无线电束反制支持", "reason": "机构史证明其把物理分析、截收信息与军事决策结合，且直接支持战争反制。军事行动伤害不是后世任意用途，而是该交付的直接目的；现包只有岗位和成就概述，无法比较防护/减伤与军事暴力的净后果，故不以技术成功设M/a。" }, { "id": "JONES-MOST-SECRET-WAR-AND-INTELLIGENCE-WRITING", "title": "《Most Secret War》及公开情报方法写作", "reason": "书籍存在可证，但尚未核正文及解密/编辑共同链，不能与战时工作重复领取。" } ], "items": [ { "id": "OUT-SL1529-1951-OPTICAL-LEVER-PHOTOELECTRIC-STABILITY-DESIGN", "title": "光电放大光学杠杆的稳定性设计方法", "year": "1951", "summary": "把光路对流折射、机械/电学稳定性等误差源放入同一公开设计分析，并提出可实施的遮罩等稳定措施。", "mReason": "M5.3评的是已由刊行摘要直接支持的通用精密测量方法终态：它超过单一器物记录，但范围仍限误差控制与稳定性设计，不等同整个光学测量平台。点值依据成果范围与独立增量，原文未取得只进入不确定性和预算未解析部分。", "aReason": "雷金纳德·维克托·琼斯 .43；光学杠杆研究与仪器支持团队 .1；光学杠杆、检流计与光电放大前史 .25；1951年物理学会论文出版链 .04；未解析份额 .18。份额是研究暂估。", "sources": [ { "label": "论文与机构档案", "url": "https://nvlpubs.nist.gov/nistpubs/Legacy/MP/nbsmiscellaneouspub265.pdf" }, { "label": "论文与机构档案", "url": "https://centreforscientificarchives.co.uk/catalogues/jones-reginald-victor-vol2/" } ], "missing": "原刊正文尚未取得，具体装置、共同支持人员、性能边界和应用实例仍待核。；当前不从书目OCR或后继文献推断灵敏度数字。", "status": "缺证暂估", "overlapNote": "1951年论文中带光电放大器的光学杠杆稳定性分析：不稳定源追踪、用遮罩减少气流引起的折射变化及检流计稳定性。排除所有后继光学杠杆应用、未核性能数字、战时情报设备和1973电容测微器。", "M": "5.3", "budget": [ { "actor": "R.V.琼斯", "actorId": "SL-1529", "type": "PERSON", "share": ".43" }, { "actor": "光学杠杆研究与仪器支持团队", "actorId": "REGINALD-VICTOR-JONES::JONES-OPTICAL-LEVER-RESEARCH-DATA-AND-INSTRUMENT-SUPPORT", "type": "TEAM", "share": ".1" }, { "actor": "光学杠杆、检流计与光电放大前史", "actorId": "REGINALD-VICTOR-JONES::OPTICAL-LEVER-GALVANOMETER-AND-PHOTOELECTRIC-AMPLIFIER-PREDECESSORS", "type": "PREDECESSOR_POOL", "share": ".25" }, { "actor": "1951年物理学会论文出版链", "actorId": "REGINALD-VICTOR-JONES::PROCEEDINGS-OF-THE-PHYSICAL-SOCIETY-1951-PUBLICATION-CHAIN", "type": "INSTITUTION", "share": ".04" }, { "actor": "未解析份额", "actorId": "REGINALD-VICTOR-JONES::UNRESOLVED-JONES-1951-OPTICAL-LEVER-ATTRIBUTION", "type": "UNALLOCATED", "share": ".18" } ], "share": "0.43", "exactLight": "191.6439446249141409791877254573319450422390768014462643267191115008759218217483187517822345089079843", "light": "191.643945", "standaloneScore": "4.57", "lightSharePercent": "39.5066" }, { "id": "OUT-SL1529-1954-1978-RADIATION-PRESSURE-DISPERSIVE-MEDIA-EXPERIMENTS", "title": "介质中辐射压力与镜面反冲实验链", "year": "1954、1978", "summary": "先比较介质与空气中镜面反冲，后以更稳定光源和低吸收反射镜把同一问题复验到更高精度，并公开讨论其作为介质总动量的经验输入。", "mReason": "实验链给出独立于两项测量工具的基础物理经验终态，1978复验提高可比较性；范围仍是一个具体争议中的实验输入而非理论终局，故按重要实验物理成果族估值。", "aReason": "雷金纳德·维克托·琼斯 .30；J. C. S. 理查兹 .17；B. 莱斯利 .17；辐射压力实验支持团队 .10；辐射压力与介质动量理论前史 .18；皇家学会同期出版链 .04；未解析份额 .04。份额是研究暂估。", "sources": [ { "label": "论文与机构档案", "url": "https://cir.nii.ac.jp/crid/1363388844211383808" }, { "label": "论文与机构档案", "url": "https://www.researchgate.net/publication/243683407_Radiation_pressure_of_light_in_a_dispersive_medium" }, { "label": "论文与机构档案", "url": "https://centreforscientificarchives.co.uk/catalogues/jones-reginald-victor-vol2/" } ], "missing": "1954原论文全文与完整题录仍未取得，Richards阶段的装置和分工为暂估；1978摘要不支持宣称实验解决理论争论；尚未逐件核本实验是否直接复用了1951或1973装置；现点只领物理结果残余", "status": "缺证暂估", "overlapNote": "合并1954 Jones–Richards介质光压实验与1978 Jones–Leslie使用激光和高反射低吸收多层镜进行的高精度复验，以及Jones紧随其后的有界理论讨论；不称其终结Abraham–Minkowski争论，也不重复1951光学杠杆或1973电容测微器的一般工具价值。", "M": "5.5", "budget": [ { "actor": "R.V.琼斯", "actorId": "SL-1529", "type": "PERSON", "share": ".30" }, { "actor": "J. C. S. 理查兹", "actorId": "EXT-NAME:J-C-S-RICHARDS", "type": "PERSON", "share": ".17" }, { "actor": "B. 莱斯利", "actorId": "EXT-NAME:B-LESLIE", "type": "PERSON", "share": ".17" }, { "actor": "辐射压力实验支持团队", "actorId": "REGINALD-VICTOR-JONES::JONES-RADIATION-PRESSURE-EXPERIMENT-SUPPORT-TEAMS", "type": "TEAM", "share": ".10" }, { "actor": "辐射压力与介质动量理论前史", "actorId": "REGINALD-VICTOR-JONES::RADIATION-PRESSURE-AND-MEDIUM-MOMENTUM-PREDECESSORS", "type": "PREDECESSOR_POOL", "share": ".18" }, { "actor": "皇家学会同期出版链", "actorId": "REGINALD-VICTOR-JONES::ROYAL-SOCIETY-1954-1978-PUBLICATION-CHAIN", "type": "INSTITUTION", "share": ".04" }, { "actor": "未解析份额", "actorId": "REGINALD-VICTOR-JONES::UNALLOCATED-SL1529-RADIATION-PRESSURE", "type": "UNALLOCATED", "share": ".04" } ], "share": "0.30", "exactLight": "168.4023975571047241184853119329443694404753129296074992245068271207650705929188546717573953578660918", "light": "168.402398", "standaloneScore": "4.46", "lightSharePercent": "34.7155" }, { "id": "OUT-SL1529-1973-JONES-RICHARDS-SENSITIVE-CAPACITANCE-MICROMETER", "title": "Jones–Richards灵敏电容测微器的设计与应用方法", "year": "1973", "summary": "Jones与Richards把灵敏电容测微器的设计和若干应用组织成公开、可复用的仪器方法终态；具体性能与应用清单仍待原文核实。", "mReason": "M5.4按共同署名的独立电容测量工具终态及同行综述确认的历史位置暂估，与1951光学误差控制方法的传感原理和装置终态不同。未读原文不直接压低文明价值，但限制了性能、应用和归功确信度。", "aReason": "雷金纳德·维克托·琼斯 .25；J. C. S. 理查兹 .25；阿伯丁电容测微研究与电子团队 .1；电容位移测量与电桥方法前史 .22；1973年Journal of Physics E出版链 .04；未解析份额 .14。份额是研究暂估。", "sources": [ { "label": "论文与机构档案", "url": "https://centreforscientificarchives.co.uk/catalogues/jones-reginald-victor-vol2/" }, { "label": "论文与机构档案", "url": "https://ouci.dntb.gov.ua/en/works/4aLL5kk7/" }, { "label": "论文与机构档案", "url": "https://www.mdpi.com/1424-8220/10/11/9541" } ], "missing": "原论文正文未取得，性能、具体应用、装置限制和作者分工尚未核。；Aberdeen同期实验与电子实现人员未逐一识别。", "status": "缺证暂估", "overlapNote": "1973年共同论文《The Design and Some Applications of Sensitive Capacitance Micrometers》所交付的灵敏电容测微器设计与有界应用说明。排除所有后继电容传感器、未核性能数字、1951光学杠杆及1954/1978辐射压实验结果。", "M": "5.4", "budget": [ { "actor": "R.V.琼斯", "actorId": "SL-1529", "type": "PERSON", "share": ".25" }, { "actor": "J. C. S. 理查兹", "actorId": "EXT-NAME:J-C-S-RICHARDS", "type": "PERSON", "share": ".25" }, { "actor": "阿伯丁电容测微研究与电子团队", "actorId": "REGINALD-VICTOR-JONES::ABERDEEN-CAPACITANCE-MICROMETER-RESEARCH-AND-ELECTRONICS-TEAM", "type": "TEAM", "share": ".1" }, { "actor": "电容位移测量与电桥方法前史", "actorId": "REGINALD-VICTOR-JONES::CAPACITIVE-DISPLACEMENT-SENSING-AND-BRIDGE-METHOD-PREDECESSORS", "type": "PREDECESSOR_POOL", "share": ".22" }, { "actor": "1973年Journal of Physics E出版链", "actorId": "REGINALD-VICTOR-JONES::JOURNAL-OF-PHYSICS-E-1973-PUBLICATION-CHAIN", "type": "INSTITUTION", "share": ".04" }, { "actor": "未解析份额", "actorId": "REGINALD-VICTOR-JONES::UNRESOLVED-JONES-RICHARDS-1973-MICROMETER-ATTRIBUTION", "type": "UNALLOCATED", "share": ".14" } ], "share": "0.25", "exactLight": "125.0468084068180712503885467212364420151179974582048159824243639722528139222076722399426348870355176", "light": "125.046808", "standaloneScore": "4.20", "lightSharePercent": "25.7779" } ], "exactTotalLight": "485.0931505888369363480615841115127564978323871892585795336503025938938063368748456634822647538095937", "totalLight": "485.093151", "exactScore": "5.373439003175910512607414818691856251948824818388456922411296766955651251110973355498528462726517796", "displayScore": "5.37", "provisionalCount": 3, "provenance": { "releaseId": "research-200-20260914", "baselineLedgerSha256": "8bdd406b3e20ae22357644499e622922c670ff11010df0478c70c23b38902108", "c24DeltaSha256": "b0b96144d1d3397e54a61c3d706ff2da5920fe7617e3bef50407149cb97d9d62", "generatorSha256": "25de659e9852503508e7c27d8a31773b8da5d6310531b1e3699d18cc94319929" }, "priorScopeNote": "3项已列贡献的研究估分，含3项暂估。账本覆盖有限的主要成果，尚未穷尽生涯。M与归功份额是可修订的评估判断；未覆盖经历和负面影响不按零处理。", "rank": 125 }