Isomerization of β-pinene oxide over Sn-modified zeolites - ScienceDirect
Oxidation of α-pinene
Alpha-Pinene Oxide - an overview | ScienceDirect Topics
Nopol. I. The Reaction of β-Pinene with Formaldehyde | Journal of the American Chemical Society
Nopol. I. The Reaction of β-Pinene with Formaldehyde | Journal of the American Chemical Society
Rhenium(VII) Catalysis of Prins Cyclization Reactions | Organic Letters
Alpha Pinene Oxide (CAS 74525-43-2) | Foreverest Resources
Study of alpha-pinene nitrate formation yields with a GC-ECD system
Beta Pinene Oxide (CAS 6931-54-0) | Foreverest Resources
bmse000491 Alpha-pinene-oxide at BMRB
Catalysts | Free Full-Text | Solvent Influence on Selectivity in α-Pinene Oxide Isomerization Using MoO3-Modified Zeolite BETA
1 b-Pinene oxide, 2 myrtanal, 3 myrtanol, 4 myrtenol, 5 perillic... | Download Scientific Diagram
Biotransformations of alpha-pinene carried out by Psychotria... | Download Scientific Diagram
β-Pinene oxide rearrangement. I: β-Pinene oxide. II: Myrtenol. III:... | Download Scientific Diagram
Solved Use the spectra to draw the product from alpha pinene | Chegg.com
Homogeneous Lewis and Brønsted acids as catalysts for β-pinene oxide rearrangement to prepare myrtenol and myrtanal - ScienceDirect
Figure 2 from Kinetics and thermodynamics of atmospherically relevant aqueous phase reactions of α-pinene oxide. | Semantic Scholar
Thermal degradation of α-pinene using a Py–GC/MS | SpringerLink
Catalysts | Free Full-Text | Solvent Influence on Selectivity in α-Pinene Oxide Isomerization Using MoO3-Modified Zeolite BETA
α-Pinene oxide | Chemical Substance Information | J-GLOBAL
![PDF] SYNTHESIS OF TERPINEOL FROM α-PINENE CATALYZED BY TCA/Y-ZEOLITE | Semantic Scholar](https://d3i71xaburhd42.cloudfront.net/72341d23d539e2ce369c62d0893eb51701741215/1-Figure1-1.png "PDF] SYNTHESIS OF TERPINEOL FROM α-PINENE CATALYZED BY TCA/Y-ZEOLITE | Semantic Scholar")
PDF] SYNTHESIS OF TERPINEOL FROM α-PINENE CATALYZED BY TCA/Y-ZEOLITE | Semantic Scholar
Epoxidation of β-pinene with a highly-active and low-cost catalyst | SpringerLink
