#RareEarthElements

[colitco]

Caprice Resources (ASX:CRS) Reports Strong March 2025 Quarter with High-Grade Gold Hits at Island Gold Project

Caprice Resources (ASX:CRS) has delivered an impressive March 2025 quarterly report, underscoring significant exploration success at its Island Gold Project in Western Australia's Murchison Goldfields. The company’s efforts have revealed high-grade gold intercepts, new discoveries, and a strong cash position to drive future exploration.

🔍 Key Highlights:

41 RC drill holes completed, totalling 4,763 metres

Outstanding assay results reaching up to 34.9g/t gold

Thick, stacked gold zones remain open in all directions

New discovery zone identified 250m south of Vadrians

⛏️ Notable Drill Intersections:

28m @ 6.4g/t gold, including 4m @ 16.4g/t

22m @ 2.3g/t, with 2m @ 14.1g/t

11m @ 6.7g/t from just 1m downhole

10m @ 3.0g/t, including 4m @ 6.2g/t

💼 Corporate & Strategic Developments:

Raised $2.3 million+ from early option conversions

Entered a $1 million drill-for-equity deal with Topdrill

Welcomed seasoned geologist Rob Waugh as Non-Executive Chair

Commenced Phase 3 drilling campaign (5,000m) – assay results expected June 2025

Maintained a robust cash balance of $2.66 million as of 31 March 2025

🔭 Growth Pipeline:

Over 30 untested structural targets identified

Two new tenement applications lodged to double the project footprint

Active fieldwork ongoing at Cuddingwarra, with permits advancing at West Arunta

📈 Investor Outlook:

Caprice shares (ASX:CRS) are trading at $0.052, reflecting increased investor optimism driven by strong exploration results and strategic financial positioning. With drilling well underway and multiple high-impact targets, Caprice is shaping up as a serious exploration contender in WA’s mineral-rich terrain.

The company isn’t just uncovering gold—it’s building a multi-commodity platform, targeting gold, rare earths (REEs), and critical minerals across Western Australia. With experienced leadership, a strong balance sheet, and an aggressive exploration roadmap, Caprice is well-positioned for long-term value creation.

High grades, smart strategy, and solid cash reserves—Caprice is moving full speed ahead.

📄 Read the full announcement: https://colitco.com/caprice-ramps-up-exploration-gold-hits/

Disclaimer: This is not financial advice. Please do your own research before investing.

[colitcomediasblog]

St George Mining’s Araxá Project: A Rare Earths Powerhouse in a Shifting Global Market

China's Export Clampdown Sparks Urgency in Rare Earths Supply

As geopolitical tensions rise and China enforces tighter export controls on rare earths and permanent magnets, the global race to secure critical mineral supply chains has intensified. These strategic materials—vital for defense, electronics, and clean energy technologies—are now under the spotlight, pushing countries and companies to seek alternative sources.

Amid this global shift, St George Mining Limited (ASX: SGQ) has stepped into the limelight with its 100%-owned Araxá Project in Brazil. More than just a promising exploration site, Araxá is emerging as one of the world’s largest and highest-grade hard-rock rare earth resources—a distinction that sets it apart in the global market.

Strategically located and geologically gifted, the project offers a powerful combination of scale, quality, and jurisdictional advantage.

[usnewsper-business]

US Companies Boost Rare Earth Manufacturing to Secure Supply Chain Amid Trade Tensions #DepartmentofDefensecontracts #domesticrareearthmanufacturing #domesticrareearthproduction #LynasCorporation #MPMaterials #rareearthelements #rareearthmagnets #rareearthmine #rareearthoxides #rareearthprocessing #rareearthsupplychain #USeconomy #USrareearthimports #USrareearthmanufacturing #USrareearthproduction #USChinatradetensions

[dlsphjournalism]

MIT Technology Review - The race to produce rare earth materials

BY MUREJI FATUNDE (FJHI '24) -- China has dominated the market for rare earth elements, but US scientists and companies are scrambling to catch up. READ MORE.

[thxnews]

Geology: Facts about Minerals and How They Form

  The difference between minerals and rocks

Minerals and rocks are integral components of the earth's crust, but many people confuse them as one and the same. While both minerals and rocks share a close relationship, they are fundamentally different in their composition and characteristics.   Rocks: Formed from Fused Minerals Over Time At their core, rocks are made up of various minerals that have fused together through geological processes over time. Rocks can be classified into three broad categories based on their origin: igneous, sedimentary, and metamorphic. Igneous rocks form from the cooling of molten magma or lava; sedimentary rocks result from mineral deposits that settle over time; whereas metamorphic rocks arise when intense heat and pressure cause changes in existing rock formations.   Minerals: Chemical Compounds with Unique Structures and Properties In contrast to rocks, minerals are naturally occurring chemical compounds with a definite chemical composition and crystalline structure. They originate from geological processes such as volcanic eruptions, precipitation from water solutions, or evaporation of lake waters. They are the building blocks of life and the foundation of many geological processes. Crystals, in particular, have been studied for centuries due to their unique structures and properties.   The Fascinating World of Crystals In this article, we will explore the geology of minerals, with a special focus on crystals. We will examine how they form and what makes them different from other geological materials. Additionally, we will discuss some of the practical applications of minerals and crystals in modern life. Crystals are naturally occurring solids with a definite geometric shape and a repeating pattern in their arrangement of atoms or molecules. They can be found in rocks, soils, and even living organisms such as bones and teeth. The study of crystals has led to significant breakthroughs in fields such as medicine, electronics, and materials science.   Unveiling the Secrets of Mineral Properties Geologists examine the physical properties of minerals such as color, hardness, density, cleavage (the way they break), and luster (how they reflect light), amongst others. Understanding these properties is crucial for various scientific and industrial applications involving minerals.  

Mineral deposits make colors around hot pool in Yellowstone Park Wyoming. Photo by Tim Pearce. Flickr.  

How do minerals form?

One way they are formed is through the cooling and solidification of magma or lava. When molten rock cools and solidifies, it can form crystals of different minerals depending on the temperature, pressure, and composition of the magma. Another way minerals are formed is through precipitation from water solutions. Dissolved elements in water can bond together to form new crystal structures over time. They can also be formed through metamorphism, which occurs when existing rocks are subjected to high temperatures and pressures deep within the Earth's crust. This causes them to undergo chemical changes and transform into different minerals.  

Auriferous, uraninitic, hydrocarbon-rich stromatolite rock. Carbon Leader Gold Ore. Blyvooruitzicht Gold Mine, South Africa. Photo by James St. John. Flickr.  

Are minerals valuable?

Minerals have been a valuable resource for centuries. Throughout history to the present day, various industries, including construction, manufacturing, and technology, have utilized minerals. Their value stems not only from their monetary worth but also from their unique properties and applications. Their scarcity is one of the most significant factors contributing to their value. Certain minerals are rare, found only in specific regions worldwide, making them highly sought after.  

An octahedral diamond was found in Sierra Leone, Africa. Photo by James St. John. Flickr.   Minerals like gold and diamonds hold intrinsic value due to their beauty and durability, while others like copper and iron are essential building blocks for infrastructure projects. They also play a crucial role in modern technology, including smartphones, electric cars, and solar panels, among others. Rare earth elements, like neodymium and lithium, crucially contribute to these technological advancements by being integral in battery production for electric vehicles.  

Rock salt, halitite. Holocene seafloor of the Dead Sea in Israel. Photo by James St. John. Flickr.  

How are minerals classified?

Geological minerals are classified based on a variety of factors, including their chemical composition, crystal structure, and physical properties. This classification system helps scientists better understand the nature of how they formed in the Earth's crust. One common way to classify geological minerals is by their chemical composition. We can group them into different classes based on the elements that compose their chemical structure.  

Gachala emerald. Photo by greyloch. Flickr.   For example, silicate minerals contain silicon and oxygen, while carbonates contain carbon and oxygen. Other classes include sulfides, halides, oxides, and native elements. Another important factor in mineral classification is its crystal structure. Each mineral's crystal structure depends on the arrangement of its atoms. Some common crystal structures include cubic, tetragonal, orthorhombic, monoclinic, triclinic, and hexagonal.  

Conclusion

The geology of minerals plays an integral role in our lives. It shapes the environment we inhabit, provides us with many of the resources that fuel our economies, and has provided us with insights into the history of our planet. From their uses in everyday applications to their application in scientific research, they are essential to humanity’s success. To ensure that future generations can continue to benefit from these valuable resources, it is important to understand the principles behind mineral geology.   Sources: THX News & Wikipedia. Read the full article

[dokumtek]

Nadir Toprak Metallerin Kritik Rolü Nedir?

Amerika Birleşik Devletleri Enerji Bakanlığı (DOE) tarafından nadir toprak metallerinin ve diğer malzemelerin temiz enerji ekonomisindeki rolünü incelemek amacıyla bir araştırma yapılmıştır. 2011 Kritik Malzeme Stratejisi adı verilen bu araştırma, kritik malzeme bir başka deyişle nadir toprak metallerin temin zorluklarını gidermek için güncellenmiş kritiklik değerlendirmeleri, piyasa analizleri ve teknoloji analizlerini içerir. Bu rapor, bazı malzemelerin rüzgar türbinleri, elektrikli araçlar (EV'ler), fotovoltaik (PV) ince filmler ve enerji tasarruflu aydınlatmaların önemini vurgulayan 2010 Kritik Malzeme Stratejisinin bir güncellemesidir. Nadir toprak metallerin kritik durumu hakkında raporun öne çıkan özellikleri: • Rüzgar türbinleri, EV'ler, PV ince filmler ve flüoresan aydınlatmalar da dahil olmak üzere birçok temiz enerji teknolojisi, kısa vadede tedarik kesintileri riski taşıyan nadir toprak metallerini, malzemeleri kullanmaktadır. Bu riskler genellikle orta ve uzun vadede azalacaktır. • Beş nadir toprak metalinin (disprosyum, neodim, terbiyum, europium ve itriyum) tedarik zorlukları, önümüzdeki yıllarda temiz enerji teknolojisi dağıtımını etkileyebilir. • Bu zorlukların üstesinden gelmek için çalışmalar arttırıldı. Nadir toprak metallerin belirlenebilmesi amacıyla öncelikli araştırmalar için yeni fonlar oluşturulması, DOE’nin ilk kritik materyal araştırma planının geliştirilmesi, önde gelen uzmanları bir araya getiren uluslararası atölye çalışmaların yapılması ve bu konularda çalışan federal kurumlar arasında ki koordinasyonlar sayılabilir. • Eğitim ve öğretim yoluyla işgücü yeteneklerinin geliştirilmesi; kırılganlıkların giderilmesine ve kritik malzemelerle ilgili fırsatların gerçekleştirilmesine yardımcı olacaktır. • Önümüzdeki yıllarda çok daha fazla çalışmaya ihtiyaç olacaktır. Bu rapor, gelecek yıllarda yüksek büyüme göstermesi beklenen birçok temiz enerji teknolojisine odaklanmaktadır. Sunulan senaryolar geleceğin öngörüleri değildir. Gelecekteki malzemelere yönelik arz ve talep, çığır açan teknolojiler; malzeme kıtlığına ve piyasadaki diğer faktörlere verilen piyasa cevabı nedeniyle bu senaryolardan farklı olabilir. Bu analiz politika yapıcıları ve halkı bilgilendirmeye yardımcı olmak içindir. Kritiklik Değerlendirmesi On altı element rüzgar türbinleri, EV'ler, PV hücreleri ve flüoresan aydınlatmasında kritiklik açısından değerlendirildi. Kullanılan metodoloji Ulusal Bilimler Akademisi tarafından geliştirilen metodolojiden uyarlanmıştır. Kritiklik değerlendirmesi iki boyutta incelendi: •temiz enerji •arz riski. Beş nadir toprak elementinin (Rare Earth Elements) •disprosyum, •terbiyum, •europium, •neodim •itriyum kısa vadede kritik olduğu bulundu ( 2015). Bu beş nadir toprak elementi (REE-Rare Earth Elements) enerji verimli aydınlatmada; •rüzgar türbinleri ve elektrikli araçlar veya •fosforlar için mıknatıslarda kullanılır. Diğer elementlerin; •seryum, •indiyum, •lantan •tellür) kritik olduğu tespit edildi. Pazar Dinamikleri • Son yıllarda, incelenen malzemelerin neredeyse tümüne yönelik talep, çelik gibi emtia metallerine olan talepten daha hızlı artmıştır. İncelenen malzemelere olan talebin artması, temiz enerji teknolojilerinin yanı sıra cep telefonları, bilgisayarlar ve düz panel televizyonlar gibi tüketici ürünlerinden gelmektedir. • Genel olarak, küresel malzeme arzı, mevcut sermaye eksikliği, uzun sağlama süreleri, ticaret politikaları ve diğer faktörler nedeniyle son yıllarda talep artışına cevap vermede yavaşlama olmuştur. Birçok anahtar malzeme için, pazar tepkisi, çoğaltma ve yan üretimin karmaşıklığı gibi sebepler nedeniyle işler daha da karmaşıklaşmaktadır. Ek olarak, bazı kilit malzemeler için pazarın şeffaf olmaması ve dar hacmi verimli çalışabilme yeteneğini etkileyebilir. • Bazı üniversiteler ve diğer kurumlar; gelecekteki fen ve mühendislik işgücünü kurslar, araştırma fırsatları ve stajlar yoluyla hazırlıyorlar. Araştırma için önemli konular; •malzeme karakterizasyonu, •enstrümantasyon, •yeşil kimya, •üretim mühendisliği, •malzeme geri dönüşüm teknolojisi, •modelleme, •pazar değerlendirmesi ve •ürün tasarımıdır. • Tedarik zincirinin çeşitli aşamalarındaki işletmeler pazar dinamiklerine uyum sağlıyor. Bazıları kendilerini fiyat dalgalanmalarından ve maddi kıtlıktan korumak için savunma önlemleri alıyor, bazıları ise ek tedarik kaynakları veya potansiyel ikame kaynakları sunarak piyasa fırsatlarına proaktif bir şekilde cevap veriyor. • Birçok hükümet, hammaddelerin ekonomik rekabet edebilirliğe artan önemini kabul etmekte ve tedarik risklerini azaltmada aktif rol oynamaktadır. Teknoloji Analizleri 2010 Kritik Malzeme Stratejisini temel alan bu raporda, aşağıdaki sonuçlarla birlikte üç derinlemesine teknoloji analizi sunulmaktadır: Nadir toprak metalleri /elementleri, petrolün rafine edilmesinde önemli bir rol oynamaktadır, ancak sektörün nadir toprak arzı bozulmalarına karşı kırılganlığı sınırlıdır. Lantan, petrol rafine işleminin önemli bir parçası olan sıvı katalitik çatlamada (FCC) kullanılır. Ancak lantan tedariki diğer nadir topraklardan daha az kritiktir ve rafineriler girdi miktarlarını ayarlama konusunda bazı yeteneklere sahiptir. Rüzgar enerjisi ve elektrikli araç teknolojileri üreticileri olası nadir toprak kıtlıklarına cevap vermek için stratejiler izliyorlar. Neodim ve disprosyum içeren kalıcı mıknatıslar (PM), rüzgar türbini jeneratörlerinde ve elektrikli taşıt (EV) motorlarında kullanılmaktadır. Bu nadir toprak elementleri REE'ler çok değerli manyetik ve termal özelliklere sahiptir. Her iki teknolojinin de üreticileri şu anda gelecekteki sistem tasarımı konusunda kararlar alıyor, neodim ve disprosiyumun performans avantajlarını potansiyel arz kıtlığına karşı kırılganlığa karşı alıp satıyorlar. Örneğin, rüzgar türbini üreticileri, farklı seviyelerde nadir toprak içeriğine sahip dişli tahrikli, hibrit ve doğrudan tahrikli sistemler arasında karar veriyorlar. Bazı EV üreticileri, PM motorlarına alternatif olarak nadir topraksız endüksiyon motorları veya anahtarlamalı relüktans motorları takip ediyorlar. Aydınlatma enerji verimliliği standartları dünya genelinde uygulandığı için, aydınlatma fosforlarında kullanılan ağır nadir topraklar yetersiz kalabilir. Amerika Birleşik Devletleri'nde, 2012'de yürürlüğe giren iki aydınlatma enerji verimliliği standardı seti, europium, terbium ve itriyumla yapılan fosfor içeren flüoresan lambalara olan talebi artıracaktır. İlk standartlar genel servis ampulleri için geçerlidir. İkinci standart set, doğrusal flüoresan lambalara (LFL'ler) uygulanır. ABD’deki CFL’lere olan talep ve etkin LFL’lerde öngörülen artış, küresel CFL’deki talebin tahmin edilen bir artışa tekabül etmektedir. Europium,Terbium ve İtriyumun yetersiz arzda olacağı ve nadir yer fosforları için yukarı yönlü fiyat baskısı olacağı tahmin edilmektedir. Gelecekte, ışık yayan diyotların (oldukça verimli ve çok az nadir toprak içeriğine sahip olan), nadir toprak kaynakları üzerindeki baskıyı azaltarak pazarda büyüyen bir rol oynaması bekleniyor. Kaynak: D.O.E. Read the full article

[alishaaishu2000]

Minerals

Minerals are naturally occurring, inorganic substances with a defined chemical composition and crystalline structure. They form the building blocks of rocks and are essential for various geological, biological, and industrial processes. From common ones like quartz and calcite to rare earth minerals used in electronics, minerals play a crucial role in Earth's systems and human civilization.

International Chemistry Scientist Awards

Website: chemistryscientists.org

Contact us: support@chemistryscientist.org

Nominate  now: https://chemistryscientists.org/award-nomination/?ecategory=Awards&rcategory=Awardee

#sciencefather#researchawards#Professor,#Lecturer,#Scientist,#Scholar,#Researcher#Minerals #Geology #EarthScience #Crystals #Mineralogy #NaturalResources #RockFormation #Gemstones #InorganicChemistry #RareEarthElements #CrystalStructure #EarthMaterials #ScienceEducation #Geochemistry #MiningIndustry'''

👉 Don’t forget to like, share, and subscribe for more exciting content!

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[tbrc34]

Deep Sea Mining Equipment Market to Grow from $1.2 Billion in 2023 to $7.0 Billion by 2033, at a 19.6% CAGR.

Deep Sea Mining Equipment and Technologies Market : Deep-sea mining equipment and technologies are at the forefront of revolutionizing the way we access underwater mineral resources. As global industries seek sustainable solutions to meet the rising demand for critical materials like cobalt, nickel, and rare earth elements, advancements in underwater mining systems are unlocking new possibilities. Technologies such as remotely operated vehicles (ROVs), advanced drilling systems, and robotic harvesting machines are enabling precise extraction of minerals from the seabed, minimizing environmental impact while maximizing efficiency. With significant deposits located in polymetallic nodules, hydrothermal vents, and seafloor crusts, deep-sea mining offers a promising solution to reduce reliance on terrestrial mining.

To Request Sample Report : https://www.globalinsightservices.com/request-sample/?id=GIS325705 &utm_source=SnehaPatil&utm_medium=Article

The integration of cutting-edge technologies, including AI-driven mapping systems, real-time monitoring tools, and autonomous underwater vehicles (AUVs), is reshaping the industry. These innovations ensure accurate resource identification, optimized extraction processes, and enhanced environmental safeguards, addressing concerns about ecological disruption. As international regulatory frameworks evolve, there is a growing emphasis on responsible and sustainable deep-sea mining practices. This emerging field is not just about resource extraction but also about advancing marine science and technology, fostering collaboration between industries and environmental organizations to achieve a balance between economic growth and ecological preservation.

#DeepSeaMining #MiningTechnology #UnderwaterExploration #ROVTechnology #MarineInnovation #RareEarthElements #SustainableMining #EnvironmentalMonitoring #AUVs #MineralResources #OceanEconomy #AIInMining #MarineScience #FutureOfMining #GlobalSustainability

[inplayy]

Turning Rare to Green?

Recent researches said there could be a great potential demand on rare earth elements! Could mineral exploration and discovery of rare earth elements be one of our shots for independence? See how we could use it to our potential advantage by clicking here! 

Rare earth elements are said to be a group of 17 chemically similar elements that could possibly be crucial to the manufacture of many products such as smartphones, potential development of green energy technologies, defense technology, and national security. Some of these reports stated that the homeland security market and green technology market could be around $846.5 billion and $36.6 billion respectively by 2025.

Rare earth minerals could even be crucial for products in possibly improving sustainability such as with electric vehicles, and defense tech and national security! This is a sponsored post. Check disclaimer in profile and landing page.

[colitco]

🚀 Impact Minerals Releases Interim Financial Report – Progress Accelerates at Lake Hope HPA Project with $2.87M Grant & Exploration Upside 💼⚒️

Impact Minerals Ltd (ASX: IPT) has released its Interim Financial Report, highlighting continued progress across its critical minerals portfolio—headlined by key milestones at the Lake Hope High Purity Alumina (HPA) Project in Western Australia, alongside ongoing exploration for nickel, copper, gold and PGM across priority tenements.

💸 Key Highlights from the Interim Report:

✅ Strong progress towards earning an 80% interest in Lake Hope HPA Project ✅ Maiden Measured Resource: 730,000t @ 25.8% Al₂O₃ – supports an initial 15-year mine life ✅ $2.87 million Federal Government Grant secured for pilot plant development (with CPC Engineering & Edith Cowan University) ✅ Mining Lease and Miscellaneous Licence applications lodged ✅ Kwinana selected for 10,000tpa HPA Process Plant – strategic location with capex/opex efficiencies ✅ Low-Temperature Leach process confirmed as preferred pathway for scalable HPA production

📌 Strategic and Operational Updates:

✅ Land Access & Cultural Heritage agreement signed with Ngadju people ✅ Testwork progressing on HPA and by-products, with marketing and offtake discussions underway ✅ New Marketing Manager appointed to lead customer and industry engagement ✅ Experimental hydrated alumina product showing potential in flame retardants and catalysts

🧭 Exploration Projects:

Arkun Nickel-Copper-PGM Project (WA) → Expanded soil sampling & drill targeting at Caligula and Beau prospects → $180,000 WA Government EIS co-funding secured → Drilling planned for Q1/Q2 2025

Commonwealth Base Metals Project (NSW) → Burrendong Minerals IPO launched; IPT shareholders entitled to $2 million in priority allocation

📊 Financial Snapshot:

→ Net assets: $12.54 million (as at 31 Dec 2024) → Cash and equivalents: $1.2 million

🌍 Investor Outlook:

Impact’s interim results reflect prudent cost management, strong government support, and ongoing technical advancements at Lake Hope—reinforcing the Company’s strategy to become a key supplier of High Purity Alumina, while leveraging exploration upside in battery and critical metals. Upcoming catalysts including reserve definition, pilot plant development and drilling programs offer potential for significant value uplift.

Current Share Price: $0.0070 (ASX: IPT)

🔗 Read the full Interim Financial Report: https://impactminerals.com.au/announcements/6861327

⚠️ This is not investment advice. Please do your own research before making any investment decisions.

[myavenueflower]

Protagonist in the Industry!!!

Renewable energy has an important role to play in meeting future energy needs in both rural and urban areas. Do you know that these energies might be used everywhere? Are you feeling eager to explore these potential developments? INDULGE yourself NOW!!!

The development and utilization of renewable energy should be given a priority, especially in the light of improved awareness of the adverse environmental impacts of fossil-based generation. The need for sustainable energy development is improve rapidly in the world.

Widespread use of renewable energy is important for achieving sustainability in the energy sectors in both developing and industrialized countries. This is a sponsored post. Check disclaimer on profile and landing page.

[sereneceramics]

GLOWING LOVE ...

SPECTRAL DECADENCE series. Glow in the dark. New Phosphorescent and Luminescent glaze applied to functional tableware. In the exhibition TRANSMISSION at gallery BLACK BOX.

www.sereneceramics.com

#sereneceramics #uv #light #seanjackson #ultraviolet #ultravioletlight #blacklight #black #shimjeong #blue #hyojeong #blueglow #glowinthedark #tableware #tablewares #dinner #plates #tablewaredesign #plate #tablewarefashion #plateset #ceramic #pottery #ceramics

[usnewsper-business]

US Companies Boost Rare Earth Manufacturing to Secure Supply Chain Amid Trade Tensions #DepartmentofDefensecontracts #domesticrareearthmanufacturing #domesticrareearthproduction #LynasCorporation #MPMaterials #rareearthelements #rareearthmagnets #rareearthmine #rareearthoxides #rareearthprocessing #rareearthsupplychain #USeconomy #USrareearthimports #USrareearthmanufacturing #USrareearthproduction #USChinatradetensions

[berylliumcopper-faqs]

Palladium-based alloys are being extensively used in fuel cell technology applications. the major application of palladium is catalytic converters.                It acts as a critical catalyst in the manufacture of polyester. It is used in the refining of nitric acid and developing raw materials for synthetic rubber and nylon.

 To know more visit- www.DOMADIA.net

[vibzzlab]

New video on Major reactions of Ammonium dichromate is out. this is just one among them ,the thermal decomposition of ammonium dichromate. make sure you check out them all. link for the video is given in my biograph ( my insta page) #chemistry #chemistry_lab #rareearthelements #inorganicchemistry #chemists #chemist #chemistryelements #coolchemistry #chemistry2 #chemistrylab #chemistrynotes #chemistryexperiments #chemistryisfun #chemistryfun #chemistrylive #chemistrylovers #chemistrystudent #chemlab #chemie #chemia #chemicals #ammoniumdichromate #chromium #dichromate #youtube #youtubechannel #youtuber #periodictable #vibzzlab https://www.instagram.com/p/B9qhI_KJxhq/?igshid=pzkuqojdvbzf