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ZSX Primus IVi 概覽
用於分析液體的真空（分區）系統
光譜儀艙體始終維持真空狀態，真空環境到氦氣環境的切換時間只需不到兩分鐘，相較於需同時對艙室進行吹掃的型號，這款儀器顯著降低了氦氣消耗量。
提高分析通量
優化的機械結構最大限度地減少了分析死區時間。以16 元素順序定量分析為例，測量時間從 348 秒縮短到 287 秒，效率提高了 18%。
D-MCA 高速分析系統
數位多通道分析儀（D-MCA）系統可進行高速數位處理，達到高計數率，提高分析精度和檢測通量。
光學系統不易受樣品表面不平整的影響
樣品表面不平整會導致樣品與 X光管之間的距離發生變化，進而引起X光強度的變化。理學光學系統可以抑制距離變化引起的 X光強度變化，最大限度地降低粉末樣品壓片表面不平整所造成的影響，達到準確的分析。
定點掃描/面掃描分析
配備高解析度攝影系統，支援微小區域特徵放大識別與分析。透過消除測量位置差異造成的靈敏度變化，達到精確分析。卓越的設計利用光管焦斑特性，最大限度地提高強度/靈敏度。
升級的 SQX 分析
SQX 分析是無標樣基本參數法分析軟體，可精確計算元素組成。其易用性現在已經得到進一步的提升。
自動中心線清潔功能
F-PC 檢測器中心線會因氣體汙染而逐漸降低解析度。中心線清潔功能可透過電加熱消除中心線汙染，無須斷電或開啟機箱即可恢復性能。
ZSX Primus IVi 功能
ZSX Primus IVi 影片
ZSX Primus IVi 技術規格
| 技術原理 | 波長分散式 X 光螢光光譜（WDXRF） | |
|---|---|---|
| 核心應用 | 固體、液體、粉末、合金和薄膜的元素分析 | |
| 儀器類型 | 上照式掃描型 WDXRF | |
| 標準配置 | 端窗型Rh靶3kW或4kW，最多60位自動進樣器，鈹(Be)至鋦(Cm)元素分析能力，真空系統 | |
| 選配配置 | 氦氣置換系統 附加分析晶體 r-θ 極座標樣品臺/面掃描功能 |
|
| 控制系統 | 外置PC、MS Windows 操作系統、ZSX 軟體 | |
| 尺寸 | 840（寬）×1440（高）×980（深）mm | |
| 重量 | 約 600 公斤（核心零件） | |
| 電源要求 | 三相200/208 V 40 A 50/60 Hz | |
ZSX Primus IVi 應用說明
以下應用說明與本產品相關
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XRF1131 - Standardless FP Analysis of Lithium-ion Battery Cathode Material LiFePO₄ by ZSX Primus IV
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BATT0004 - Chemical Composition Analysis of NMC Cathode
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BATT0001 - Battery Material Development
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WDXRF1099 - Trace Element Analysis in Geological Samples by the Pressed Powder Method, using GEO-TRACE-PAK
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WDXRF1085 - Trace Element Analysis for Water Solution by Micro-droplet Method using Ultra Carry Filter Paper
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WDXRF1106 - Sulfur Analysis in Petroleum Products by WDXRF according to ASTM D2622-16
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WDXRF1108 - Sulfur Analysis in Crude Oil and High-sulfur Fuels by WDXRF according to ASTM D2622-16
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WDXRF1102 - Standardless FP Analysis of Plant, Animal and Food Samples Applying Correction by Scattering Line
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WDXRF1084 - Mapping and Small Spot Analysis with a General-Purpose XRF Spectrometer
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WDXRF1105 - Lubricating Oil Analysis by WDXRF According to ASTM D6443-14
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WDXRF1117 - Lead Analysis in Gasoline — ASTM D5059-21 — using WDXRF ZSX Primus IV𝒾
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WDXRF1101 - Fused Bead Analysis for Refractories using Application Package Refractory Series
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WDXRF1100 - Fused Bead Analysis for Wide Concentration Ranges of Various Oxide Materials using OXIDE-FB-PAK
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WDXRF1092 - Fixed Angle Measurement using the Semi-Quantitative Analysis Function SQX of ZSX Guidance Software
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WDXRF1086 - Boron and Fluorine Quantitative Analysis for Water Solution by Micro-droplet Method using Ultra Carry Filter Paper
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WDXRF1091 - Beryllium Analysis in Beryllium Copper Alloy using ZSX Primus IV with RX85
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WDXRF1109 - Automatic Quant Application Setup Applied to Calibrating Coal Fly Ash Fused Beads
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WDXRF1104 - Analysis of S, Fe, Ni and V in Residual Oil According to IP610/13
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WDXRF1107 - Analysis of Low-concentration Sulfur in Petroleum-based Fuels by WDXRF According to ASTM D2622-16
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WDXRF1126 - Accurate Quantitative Analysis of Ferrosilicon by the Fusion Method using ZSX Primus III NEXT
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WDXRF1124 - Quantitative Analysis of Blast Furnace Slag by Fusion Method on the ZSX Primus III NEXT
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WDXRF1121 - Quantitative Analysis of Cast Iron using ZSX Primus III NEXT
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WDXRF1123 - Quantitative Analysis of Stainless Steel using the ZSX Primus III NEXT
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WDXRF1122 - Silicate Rock Analysis by Fusion Bead Method on ZSX Primus III NEXT
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WDXRF1120 - Quantitative Analysis of Low Alloy Steel using the ZSX Primus III NEXT
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WDXRF1119 - Cement Raw Meal Analysis by Pressed Powder Method on the ZSX Primus III NEXT
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WDXRF1060 - Elemental Determination of Whole Coal by the Pressed Powder Method
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WDXRF1047 - Highly Accurate Determination of Total Iron in Natural and Processed Iron Ores using Pressed Powder Method
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WDXRF1063 - Thickness/composition of ITO Thin Film by FP Method
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WDXRF1068 - Silicate Rock Analysis by Fusion Method
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WDXRF1071 - Semi-quantitative FP Analysis of Geological Samples
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WDXRF1090 - Semi-quantitative Analysis of Recycled Solid Fuel with Benchtop WDXRF Supermini200
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WDXRF1059 - Semi-quantitative Analysis of Glass Raw Materials
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WDXRF1036 - Semiquant Analysis by the SQX Scatter FP Method
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WDXRF1062 - Quantitative Analysis of Soda-lime Glass
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WDXRF1042 - Quantitative Analysis of Low Alloy Steel using the Supermini200
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WDXRF1055 - Quantitative Analysis of Aluminum Alloy on Supermini200
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WDXRF1023 - Pt, Rh and Pd Analysis of Used Automobile Catalyst by WDXRF
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WDXRF1061 - Polymetallic Sulfide Ore Analysis with Supermini200
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WDXRF1079 - Lubricating Oil Analysis by Benchtop WDXRF according to ASTM D6443-14
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WDXRF1116 - Lead Analysis in Gasoline — ASTM D5059-21 — using Benchtop WDXRF Supermini200
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WDXRF1048 - Fused Bead Analysis for Wide Concentration Ranges of Various Oxide Materials on Benchtop WDXRF
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WDXRF1058 - Quantitative Analysis of Dolomite and Limestone by Pressed powder Method with Supermini200
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WDXRF1066 - Determination of Chemical Composition of Nickel Laterite Ore by Fusion Method
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WDXRF1041 - Copper Concentrate by Pressed Powder Method
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WDXRF1070 - Chlorine Analysis of Aluminosilicate for Fluid Catalytic Cracking Catalyst by WDXRF
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WDXRF1040 - Cement Raw Meal by the Pressed Powder Method
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WDXRF1114 - Cement Analysis by the Pressed Powder Method on Benchtop WDXRF Supermini200 According to ASTM C114-18
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WDXRF1115 - Cement Analysis by the Fusion Method on Benchtop WDXRF Supermini200 According to ASTM C114-18
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WDXRF1110 - Cement Analysis by the Fusion Method According to ASTM C114-18
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WDXRF1088 - Boron Analysis in Glass Powder
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WDXRF1052 - Accurate Determination for Elements in Laterite Ores by Pressed Powder Method
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WDXRF1089 - Analysis of Hazardous Heavy Elements in Soil and Sediment using ZSX Primus IV
波長分散式 X 光螢光光譜儀 ZSX Primus IVi