Properties of Nikon i-line Glass Series
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![786.7098.750 86.77 86.6 Wavelength [µm] Refractive Index Partial Dispersion Fluorescence [Class] * - 2.252.5786 F - C 0.0056 Solarization [%] 2.5 λ [nm] τ (0 mm) - 2.05809.6052 F' - C' 0.](/docs-images/72/66346234/images/1-0.jpg "005505 *: JOGIS 0 20 0.97 -.97009.60859 C - t 0.0057 250 0.98 -.52958.60 C - A' 0.00927 Transformation Temp. [ ] Tg 72 260 0.989 -.286.6690 d - C 0.0067 Yield Point [ ] At 95 270 0.99 -.06.67 e - C 0.")
1 Wavelength [µm] Refractive Index Partial Dispersion Fluorescence [Class] * F - C Solarization [%] 2.5 λ [nm] τ (0 mm) F' - C' *: JOGIS C - t C - A' Transformation Temp. [ ] Tg d - C Yield Point [ ] At e - C Expansion Coefficient t g - d (-0 ~ +70 ) [0-7 / ] α s g - F (+00 ~ +00 ) [0-7 / ] A' h - g Thermal Conductivity [W/mK] λ r i - g Specific Heat Capacity [J/gK] c C C' - t Thermal Diffusivity [cm 2 /sec] κ C' e - C' He-Ne F' - e Knoop Hardness D i - F' [Class] * d Abrasion * A e Relative Partial Dispersions Young's Modulus [GPa] E F C-t/ F-C 0.87 Shear Modulus [GPa] G F' C-A'/ F-C Poisson's Ratio µ He-Cd d-c/ F-C 0.06 Stress Optical Coefficient [0-8 cm 2 /N] β g e-c/ F-C *2: JOGIS *: JOGIS 0 h g-d/ F-C g-f/ F-C Water Resistance i h-g/ F-C 0.98 (powder method) [Class] * i-g/ F-C.802 Acid Resistance C'-t/ F'-C' (powder method) [Class] * e-c'/ F'-C' F'-e/ F'-C' Acid Resistance (surface method) [Class] * P C,A' i-f'/ F'-C'.668 Alkaline Detergent Resistance P d,c P g,d Specific Gravity P g,f 0.06 [g/cm ] [Class] * P i,g *: JOGIS 06 *5: ISO [wt%] *6: ISO A E+00 As A E A E-05 n/ T relative value [0-6 / ] A 7.888E-0 Contact us for details on bubbles t C d e F g i A E ~ A E ~ A E-07-0 ~ λ 80 - A E ~ λ 5 - A E-0 0 ~ *8 n 2 = A0 + A*λ 2 +A2*λ + A*λ -2 + A*λ - + A5*λ -6 + A6*λ -8 + A7*λ -0 +A8*λ ~ atmospheric pressure:0.25 hpa +0 ~ ~ ~ Internal Transmittance Each property is shown as a typical value. 20/6
2 Wavelength [µm] Refractive Index Partial Dispersion Fluorescence [Class] * F - C Solarization [%] 0.5 λ [nm] τ (0 mm) F' - C' *: JOGIS C - t C - A' Transformation Temp. [ ] Tg d - C Yield Point [ ] At e - C Expansion Coefficient t g - d (-0 ~ +70 ) [0-7 / ] α s g - F (+00 ~ +00 ) [0-7 / ] A' h - g Thermal Conductivity [W/mK] λ r i - g Specific Heat Capacity [J/gK] c C C' - t Thermal Diffusivity [cm 2 /sec] κ C' e - C' He-Ne F' - e Knoop Hardness D i - F' 0.00 [Class] * d Abrasion * A e Relative Partial Dispersions Young's Modulus [GPa] E F C-t/ F-C Shear Modulus [GPa] G F' C-A'/ F-C 0.65 Poisson's Ratio µ 2.90 He-Cd d-c/ F-C 0.09 Stress Optical Coefficient [0-8 cm 2 /N] β g e-c/ F-C *2: JOGIS *: JOGIS 0 h g-d/ F-C g-f/ F-C 0.50 Water Resistance i h-g/ F-C 0.7 (powder method) [Class] * i-g/ F-C.76 Acid Resistance C'-t/ F'-C' (powder method) [Class] * e-c'/ F'-C' 0.95 Acid Resistance F'-e/ F'-C' (surface method) [Class] * P C,A' i-f'/ F'-C'.62 Alkaline Detergent Resistance P d,c P g,d Specific Gravity 2. P g,f [g/cm ] [Class] * P i,g *: JOGIS 06 *5: ISO [wt%] *6: ISO A E+00 As A E A E-0 n/ T relative value [0-6 / ] A E-02 t C d e F g i A E-0-70 ~ A5.58E ~ A E-08-0 ~ λ 80 2 A E ~ λ ~ *8 n 2 = A0 + A*λ 2 +A2*λ + A*λ -2 + A*λ - + A5*λ -6 + A6*λ -8 + A7*λ -0 +A8*λ ~ ~ ~ atmospheric pressure:0.25 hpa +80 ~ Internal Transmittance Each property is shown as a typical value. 20/6
3 Wavelength [µm] Refractive Index Partial Dispersion Fluorescence [Class] * 2 Internal Transmittance F - C Solarization [%] 0.0 λ [nm] τ (0 mm) F' - C' *: JOGIS C - t C - A' Transformation Temp. [ ] Tg d - C Yield Point [ ] At e - C Expansion Coefficient t g - d (-0 ~ +70 ) [0-7 / ] α s g - F (+00 ~ +00 ) [0-7 / ] A' h - g Thermal Conductivity [W/mK] λ r i - g Specific Heat Capacity [J/gK] c C C' - t Thermal Diffusivity [cm 2 /sec] κ C' e - C' He-Ne F' - e Knoop Hardness D i - F' [Class] * d Abrasion * A e Relative Partial Dispersions Young's Modulus [GPa] E F C-t/ F-C 0.77 Shear Modulus [GPa] G F' C-A'/ F-C 0.28 Poisson's Ratio µ 2.97 He-Cd d-c/ F-C Stress Optical Coefficient [0-8 cm 2 /N] β g e-c/ F-C 0.5 *2: JOGIS *: JOGIS 0 h g-d/ F-C g-f/ F-C 0.57 Water Resistance i h-g/ F-C (powder method) [Class] * i-g/ F-C.600 Acid Resistance C'-t/ F'-C' (powder method) [Class] * e-c'/ F'-C' 0.85 Acid Resistance 2 F'-e/ F'-C' (surface method) [Class] * P C,A' i-f'/ F'-C'.898 Alkaline Detergent Resistance P d,c P g,d Specific Gravity.5 P g,f [g/cm ] [Class] * P i,g -0.0 *: JOGIS 06 *5: ISO [wt%] *6: ISO Pb A E+00 As A E A E-05 n/ T relative value [0-6 / ] A E-02 t C d e F g i A E-0-70 ~ A5.0929E ~ A E-06-0 ~ λ 80 0 A E ~ λ 5 0 A E-09 0 ~ *8 n 2 = A0 + A*λ 2 +A2*λ + A*λ -2 + A*λ - + A5*λ -6 + A6*λ -8 + A7*λ -0 +A8*λ ~ atmospheric pressure:0.25 hpa +0 ~ ~ ~ Each property is shown as a typical value. 20/6
4 Wavelength [µm] Refractive Index Partial Dispersion Fluorescence [Class] * - Internal Transmittance F - C Solarization [%] 0.0 λ [nm] τ (0 mm) F' - C' *: JOGIS C - t C - A' Transformation Temp. [ ] Tg d - C Yield Point [ ] At e - C Expansion Coefficient t g - d (-0 ~ +70 ) [0-7 / ] α s g - F (+00 ~ +00 ) [0-7 / ] A' h - g Thermal Conductivity [W/mK] λ r i - g Specific Heat Capacity [J/gK] c C C' - t Thermal Diffusivity [cm 2 /sec] κ C' e - C' He-Ne F' - e Knoop Hardness D i - F' [Class] * d Abrasion * A e Relative Partial Dispersions Young's Modulus [GPa] E F C-t/ F-C Shear Modulus [GPa] G F' C-A'/ F-C 0.58 Poisson's Ratio µ. He-Cd d-c/ F-C 0.07 Stress Optical Coefficient [0-8 cm 2 /N] β g e-c/ F-C *2: JOGIS *: JOGIS 0 h g-d/ F-C g-f/ F-C Water Resistance i h-g/ F-C 0. (powder method) [Class] * i-g/ F-C.966 Acid Resistance C'-t/ F'-C' 0.96 (powder method) [Class] * e-c'/ F'-C' 0.92 Acid Resistance 7 F'-e/ F'-C' (surface method) [Class] * P C,A' 0.00 i-f'/ F'-C'.667 Alkaline Detergent Resistance P d,c 0.00 P g,d Specific Gravity 2.87 P g,f [g/cm ] [Class] * P i,g *: JOGIS 06 *5: ISO [wt%] *6: ISO A E+00 As A E A E-0 n/ T relative value [0-6 / ] A.0825E-02 t C d e F g i A.870E-0-70 ~ A E ~ A E-07-0 ~ λ A7.699E ~ λ ~ *8 n 2 = A0 + A*λ 2 +A2*λ + A*λ -2 + A*λ - + A5*λ -6 + A6*λ -8 + A7*λ -0 +A8*λ ~ ~ ~ atmospheric pressure:0.25 hpa +80 ~ Each property is shown as a typical value. 20/6
5 Wavelength [µm] Refractive Index Partial Dispersion Fluorescence [Class] * 2 Internal Transmittance F - C Solarization [%] 0.0 λ [nm] τ (0 mm) F' - C' *: JOGIS C - t C - A' Transformation Temp. [ ] Tg d - C Yield Point [ ] At e - C Expansion Coefficient t g - d (-0 ~ +70 ) [0-7 / ] α s g - F (+00 ~ +00 ) [0-7 / ] A' h - g Thermal Conductivity [W/mK] λ r i - g Specific Heat Capacity [J/gK] c C C' - t 0.02 Thermal Diffusivity [cm 2 /sec] κ C' e - C' He-Ne F' - e Knoop Hardness D i - F' [Class] * d Abrasion * A e Relative Partial Dispersions Young's Modulus [GPa] E F C-t/ F-C Shear Modulus [GPa] G F' C-A'/ F-C 0.72 Poisson's Ratio µ He-Cd d-c/ F-C 0.00 Stress Optical Coefficient [0-8 cm 2 /N] β g e-c/ F-C 0.52 *2: JOGIS *: JOGIS 0 h g-d/ F-C g-f/ F-C Water Resistance i h-g/ F-C 0.5 (powder method) [Class] * i-g/ F-C.228 Acid Resistance C'-t/ F'-C' (powder method) [Class] * e-c'/ F'-C' Acid Resistance 5 F'-e/ F'-C' 0.50 (surface method) [Class] * P C,A' i-f'/ F'-C'.70 Alkaline Detergent Resistance P d,c P g,d Specific Gravity P g,f [g/cm ] [Class] * P i,g *: JOGIS 06 *5: ISO [wt%] *6: ISO A E+00 As A E A E-0 n/ T relative value [0-6 / ] A E-02 t C d e F g i A 2.879E-0-70 ~ A E ~ A6.2926E-07-0 ~ λ A E ~ λ ~ *8 n 2 = A0 + A*λ 2 +A2*λ + A*λ -2 + A*λ - + A5*λ -6 + A6*λ -8 + A7*λ -0 +A8*λ ~ atmospheric pressure:0.25 hpa +0 ~ ~ ~ Each property is shown as a typical value. 20/6
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