Claims Analysis
Total Claims: 5
Claim 1
Independent Claim
203 words
A titanium oxide sol which comprises a disperse medium and titanium oxide, said titanium oxide consisting of generally rectangular, non-spherical particles of titanium oxide dispersed in the disperse medium, each particle of said titanium oxide having a crystalline form of anatase and a major axis of a length L ranging from 4 to 500 mμ and a minor axis of a length D ranging from 4 to 100 my with the proviso that L is not smaller than D, said particles having such a size distribution that a value of (σ/L A )×100 is not in excess of 30 (%) wherein L A is an average value of L and a is a standard deviation of L and such a configuration distribution that at least 60% of all the particles have a value of L/D within the range between (1-0.3)×(L/D) A and (1+0.3)×(L/D) A wherein (L/D) A is an average value of L/D of all the particles and wherein said titanium sol is produced by adding hydrogen peroxide to a gel or sol of hydrated titanium oxide to dissolve the hydrated titanium oxide in said gel or sol, and heating the resulting aqueous titanic acid solution in the presence of an inorganic compound.
Claim 2
Dependent Claim
203 words
A titanium oxide sol which comprises a disperse medium and titanium oxide, said titanium oxide consisting of generally rectangular, non-spherical particles of titanium oxide dispersed in the disperse medium, each particle of said titanium oxide having a crystalline form of anatase and a major axis of a length L ranging from 4 to 500 mμ and a minor axis of a length D ranging from 4 to 100 my with the proviso that L is not smaller than D, said particles having such a size distribution that a value of (σ/L A )×100 is not in excess of 30 (%) wherein L A is an average value of L and a is a standard deviation of L and such a configuration distribution that at least 60% of all the particles have a value of L/D within the range between (1-0.3)×(L/D) A and (1+0.3)×(L/D) A wherein (L/D) A is an average value of L/D of all the particles and wherein said titanium sol is produced by adding hydrogen peroxide to a gel or sol of hydrated titanium oxide to dissolve the hydrated titanium oxide in said gel or sol, and heating the resulting aqueous titanic acid solution in the presence of an inorganic compound.
Claim 3
Dependent Claim
157 words
A titanium oxide sol which comprises a disperse medium and titanium oxide, said titanium oxide consisting of generally rectangular, non-spherical particles of titanium oxide dispersed in the disperse medium, each particle of said titanium oxide having a crystalline form of anatase and a major axis of a length L ranging from 4 to 500 mμ and a minor axis of a length D ranging from 4 to 100 mμ with the proviso that L is not smaller than D, said particles having such a size distribution that a value of (σ/L A )×100 is not in excess of 30 (%) wherein L A is an average value of L and σ is a standard deviation of L and such a configuration distribution that at least 60% of all the particles have a value of L/D within the range between (1-0.3)×(L/D) A and (1+0.3)×(L/D) A wherein (L/D) A is an average value of L/D of all the particles.
Claim 4
Dependent Claim
157 words
A titanium oxide sol which comprises a disperse medium and titanium oxide, said titanium oxide consisting of generally rectangular, non-spherical particles of titanium oxide dispersed in the disperse medium, each particle of said titanium oxide having a crystalline form of anatase and a major axis of a length L ranging from 4 to 500 mμ and a minor axis of a length D ranging from 4 to 100 mμ with the proviso that L is not smaller than D, said particles having such a size distribution that a value of (σ/L A )×100 is not in excess of 30 (%) wherein L A is an average value of L and σ is a standard deviation of L and such a configuration distribution that at least 60% of all the particles have a value of L/D within the range between (1-0.3)×(L/D) A and (1+0.3)×(L/D) A wherein (L/D) A is an average value of L/D of all the particles.
Claim 5
Dependent Claim
37 words
The titanium oxide sol as claimed in claim 1, wherein the inorganic compound is one or more of the inorganic compounds of metals belonging to groups II, III, IV, V, VI and VIII of the Periodic Table.