- Molybdenum, is a Group
6 chemical element with the symbol Mo and atomic number 42 .
- It has the
sixth-highest melting point of any element, and for this reason it is
often used in high-strength steel alloys.
- Molybdenum is found in
trace amounts in plants and animals, although excess molybdenum can be
toxic in some animals.
- Molybdenum is a
transition metal with an electronegativity of 1.8 on the Pauling scale
and an atomic mass of 95.9 g/mole. It does not react with oxygen or
water at room temperature.
- OSHA regulations
specify the maximum permissible molybdenum exposure in an 8-hour day to
be 5 mg/m³.
- Chronic exposure to 60
to 600 mg
Mo/m³ can cause symptoms including fatigue, headaches, and
joint pains.
- Molybdenum is used in
alloys for its high corrosion resistance and weldability. Most
high-strength steel alloys are .25% to 8% molybdenum.
- More than 43 million kg
of molybdenum is used as an alloying agent each year in stainless
steels, tool steels, cast irons, and high-temperature
superalloys.
- Since molybdenum has
lower density and more stable price, molybdenum is implemented in the
place of tungsten.
- Molybdenum 99 is used
as a parent radioisotope to the radioisotope Technetium 99, which is
used in many medical procedures.
- Molybdenum disulfide is
used as a lubricant and an agent. Lead molybdate co-precipitated with
lead chromate and lead sulfate is a bright-orange pigment used with
ceramics and plastics.
- Molybdenum trioxide is
used as an adhesive between enamels and metals. Molybdenum powder is
used as a fertilizer for some plants, such as cauliflower.
- Structure tailoring of
electrodeposited Mo (IV)-oxide thin films by thermal oxidation in
ambient air to obtain electrochromic Mo (VI)-oxide thin
films was
exploited for the first time by novel route.
- Electrosynthesis of Mo
(IV)-oxide thin films on Fluorine-doped SnO2 conducting glass substrates
were carried from aqueous alkaline solution of ammonium molybdate at
room temperature.
- A study for the
optimization of dissolution of the UAlx plates used for irradiation and
production of radiomolybdenum.
- The alloy is dissolved
in nitric acid with mercury as catalyst. The separation and
concentration of the molybdenum was achieved using a chromatographic
grade alumina microspheres column.
- For many years the US
was the world's largest producer of molybdenum, it looked for a time as
though the US might drop to second place behind Chile.
- US has enormous
reserves and substantial copper-molybdenum production capacity that was
placed on standby during the lean years, so the potential was always
present for the US to regain its production supremacy.
- The primary mines are
swing producers, i.e. they increase their production when the market has
higher demand for molybdenum and decrease their production when the
demand is down.
- America that have
traditionally produced the bulk of molybdenum have decreased their
production and have become swing producers these mines
are only able
to increase their production, or come back on-stream, when the market
demand requires their more costly molybdenum.
- Molybdenum is a
refractory metallic element used principally as an alloying agent in
steels, cast irons, and superalloys to enhance hardenability, strength,
toughness, and wear and corrosion resistance.
- Molybdenum does not
occur in nature in its free or native state but is found only chemically
combined with other elements.
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General
Information
- Information about Molybdenum
- Description about Molybdenum
- History of Molybdenum
- Molybdenum viti-note
- Molybdenum-99
Company
- Company from
Canada
- Company from
LosAngeles
- Company from
Mumbai
- Company from
Ontario
- Company from USA
- Company from
Washington
Consultant
- Consultant from
Australia
-
Consultant
from California
-
Consultant
from Colorado
-
Consultant
from Columbia
-
Consultant
from Florida
-
Consultant
from India
-
Consultant
from United Kingdom
Process
-
Electrosynthesis of Electrochromic
Molybdenum Oxide Thin Films with Rod-Like Features
-
Oxygen Plasma Interactions with
Molybdenum: Formation of Volatile Molybdenum Oxides
-
Growth of thin films of molybdenum by
combustion CVD
-
Plasma Assisted Synthesis of
Molybdenum Carbide Catalyst
-
Recovery of Molybdenum using Alumina
Microspheres and Precipitation with Selective Organic Reagents
-
Synthesis and Characterization of New
Molybdenum Oxalate Complexes
Products
-
Brandt GH
Molybdenum
-
Women's
daily
-
Liquid Molybdenum
-
List of Molybdenum products
-
Molybdenum mirrors
-
Molybdenum picolinate
-
Solutomic Molybdenum
- Tecamid MDS
Technology
-
From molybdenum based model catalysts
to technically applied systems
-
Sorption Preconcentration and
Determination of Molybdenum by Diffuse Reflection Spectroscopy
- Molybdenum Metal Gate MOS Technology for
Post-SiO2 Gate Dielectrics
-
The use of Molybdenum-based ceramic
metal fuel for the actinide management in LWRs
-
X-ray diffraction techniques
Application
- Growing Use of Molybdenum in Automobiles
- CRT Dispenser Cathodes Using Molybdenum Rhenium
Emitter Surfaces
- Expanded Uses of Molybdenum in the Energy
Industry
-
M
olybdenum disilicide composites for glass processing
sensors
- The Role of Molybdenum in Nitrogenase
Suppliers
- Suppliers of Molybdenum
- Tradeleads of Molybdenum
- Molybdenum Suppliers
- Molybdenum manufacturers
- Molybdenum sellingleads
Buyers
- Buyers list1
- Buyers list2
MSDS
- Molybdenum alloy
- Chromium-Molybdenum Alloy Steel
- Molybdenum Mill Products and Parts
- Molybdenum
- Molyvan
- Molybdenum Oxide
- Molybdenum Sulfide
- Molybdenum Trioxide Reagent
- Molybdenum MSDS
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Commodity
Profile
- Domestic production and use of Molybdenum in
2000
- Domestic production and use of Molybdenum in
2001
- Domestic production and use of Molybdenum in
2002
- Domestic production and use of Molybdenum in
2003
- Domestic production and use of Molybdenum in
2004
- Domestic production and use of Molybdenum in
2005
- Domestic production and use of Molybdenum in
2006
- Domestic production and use of Molybdenum in
2007
- Domestic production and use of Molybdenum in
2008
Production
Report
- Production report of
Molybdenum in 2000
- Production report of
Molybdenum in 2001
- Production report of
Molybdenum in 2002
- Production report of
Molybdenum in 2003
- Production report of
Molybdenum in 2005
- Production report of
Molybdenum in 2006
Functions
-
Effect of Ni Loading on the Catalytic
Properties of Molybdenum Oxides for the Isomerization of Heptane
- The Effect of Molybdenum on
Ascorbic Acid Metabolism in Rats
- Molybdenum function
-
Impact of iron and molybdenum in mono
and multicrystalline float zone silicon solar cells
- Carbon Monoxide Hydrogenation over Molybdenum
Carbide in a CSTR
Properties
-
Thermal Oxidation and Photochromic
Properties of Molybdenum-containing Porous Glasses Obtained by Molecular
Layering
-
Ar Pressure Dependence of the
Properties of Molybdenum-doped ZnO Films Grown by RF Magnetron
Sputtering
-
Electrical and magnetic properties of
molybdenum and aluminum samples containing iron nano-particles
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Testing the mechanical properties of
titanium molybdenum preformatted orthodontic archwires under tensile
stress
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Redox Behavior and Photochemical
Properties of Molybdenum Porphycene Complex
-
Thermophysical properties of a
chromium-nickel molybdenum steel in the solid and liquid phase
Patent
-
Method of cladding Molybdenum
-
Production of pure molybdenum oxide
from low grade molybdenite concentrate
-
Oxide strengthened molybdenum rhenium
alloy
-
Molybdenum recovery process
-
Applying protective metal coatings on
Molybdenum
-
Method of forming non sag molybdenum
lanthana alloys
Market
-
Molybdenum
demand
- Structural Changes in
Molybdenum Demand
- Molybdenum - an extraordinary metal in high
demand
- Molybdenum Market
- Market details of Molybdenum
Report
-
China Molybdenum Co., Ltd. Announces
its 2007 Interim Results
-
Evaluvation report on creston
Molybdenum deposit
- Geodex reports further drill assays from the
molybdenum
- Molybdenum recycling in the United States
- Technical report on the max Molybdenum
property
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