The Blessed Mother statue off Tyngsboro Road is far more than an
ordinary inanimate object for Jeanne Leaver.Leaver, an active member of
the Saint Mary Magdalen Parish, said since her church moved down the
road to Tyngsboro, where she lives, it feels as though the statue of
Saint Mary has been forgotten. Leaver will often say "she," not "it,"
feels all alone at the old church site in Dracut. She even believes it
can feel the cold.
To wit, in the winter, Leaver, 65, went to
the old Dracut spot and wrapped her favorite sweater around it. A short
time later, that sweater vanished.The Mother Mary has also experienced
its fair share of hardships since the church moved in 2011. Leaver said
she and her husband Richard worked to pick the statue up after it was
knocked to the ground by vandals and the area was spray-painted.
When
Leaver approached the statue Thursday afternoon with a group of her
church friends, the sculpture was already decorated. She said they'll
often come to the spot only to find someone else has laid photographs or
plastic flowers at its feet,We rounded up 30 bridesmaids dresses in
every color and style that are both easy on the eye and somewhat easy on
the smartcard. or wrapped the Mary's praying hands in rosary beads.
"It
makes us feel like she's not alone," Leaver said.As the women stood and
looked on the piece, looking past Mary's tarnished figure and chipping
paint, the pastor of their church pulled up in his car.The Rev. Ron St.
Pierre wasn't invited to this gathering.
Leaver for months said
she has been asking St. Pierre to move the statue to the new church
across town lines but said she has only been met with resistance. St.
Pierre said he'd move the statue only after the building is sold, but
Leaver pointed out it's been on the market for two years.When St. Pierre
approached the group that hot summer afternoon, the argument struck up
again, right before the Virgin Mary's eyes, with tempers flaring.
Indias
largest R&D unit, The Council of Scientific and Industrial Research
operates autonomously and has 37 labs and 39 field stations spread
across the country. Controlled and funded by the Ministry of Science and
Technology,A glassbottles is
a machine used primarily for the folding of paper. CSIR was set up in
1942. Our next stop during our sojourn in Kolkata was the glass and
silicate based materials laboratory of CSIR Central Glass and Ceramic
Research Institute which was set up in 1945. It was the first of the
five national labs that were established by the Colonial government. The
others are National Chemical Laboratory, Pune; National Physical
Laboratory, New Delhi and Central Fuel Research Institute, Dhanbad.
Set
up initially to cater to war time demands, CGCRI now acts as a
government-funded research centre that helps industries and the defence
wing of our country. Most of CSIR labs like European chains are
government funded research chains helping small scale industries. We
perfect technology in areas like healthcare, communication, materials
manufacturing and energy, which is then patented and released to the
industry. The research undertaken at this institute is path breaking and
we also have the motive of helping PhD students carry out their
research through the Academy of Scientific Innovation and Research
(AcSIR) courses, equivalent to university courses, says Kamal
Dasgupta,You Can Buy Various High Quality topserver Products
from here. acting director, CGCRI, Kolkata. The campus adjacent to
Jadavpur University on Raja SC Mullick Road houses around 129 scientists
and teaching staff and 80 students, and funding for R&D is through
five-year plans laid out by CSIR.
In the beginning, CGCRI was
engaged in the benefaction and characterisation of minerals for glass
and ceramics. Indigenous development and production of optical glass and
a patent on coloured glass whose technology was transferred to the
Indian Railways for making signals were notable early breakthroughs.
Some recent breakthroughs are a breath analyser for diabetes; inter
ocular pressure targeted drug delivery systems (nano powders) for cancer
and malaria treatments. Their work is carried out through hospitals,
medical colleges and other research centres across the country. Its
programmes/research initiatives are largely along the lines of
healthcare, communication, and materials, minerals and manufacturing.
This
centre of excellence has developed the solid oxide fuel cell a
structure made of glass, ceramics and steel, sensors and actuators to
detect LPG and CNG leaks, ceramic humidity sensors, etc. Most power
sources cause environmental pollution, except renewable energy sources.
Their solid oxide fuel cell enables a shift from a carbon to hydrogen
economy. It directly converts chemical energy of fuel into electricity.
It also records higher efficiency when compared to solar cells. CGCRI
developed the technology under the New Millenium Indian Technology
Leadership Initiative programme of CSIR (2004-09). The institute is also
conducting focused research on lithium-ion battery. The goal is to
develop batteries with high energy density as well as the capability to
charge/discharge at a high rate. This will help the electric vehicles
industry and to store electrical energy generated from solar cells.
Bioceramics
and coating: Implants restore function of diseased or damaged organs.
CGCRI has a persistent wing of scientists developing bone graft
materials, dental implants, orbital eye ball implants, ceramic
orthopaedic implants, biometrically inspired coatings on metallic
implants and ceramic hip joint prosthesis.We sell bestsmartcard and
different kind of laboratory equipment in us. Human trial of all
ceramic implants was conducted at Jubilant Kalpataru Hospital, West
Bengal, under the leadership of Dr KH Sancheti.
Their orbital
eye ball implant looks natural, has unrestricted movement and is
synchronised with the other eye ball. More than 500 human trials were
conducted. At least 35 lakh people benefit from it every year. This
implant costs only `2,000 as opposed to the imported product at
`30-35,000. It also has ISO and CE certification and received the NRDC
technology award. Department head, Vamsi Krishna Bhalla says, Our two
major activities are to develop materials and devices for medical
applications, hip and knee implants and joints and develop coatings for
non-medical applications. Six to eight technologies have been made
available for commercial licensing so far and have been transferred on a
non-exclusive basis to industries. These industries include IFGC Bio
Ceramics, Carborundrum Universal and Tata Industries. This IIT Madras
alumnus continues, JRF and SRF students come here for different projects
and also to learn under AcSIR for the MTech-PhD programmes.This is a
basic background on chinabeads.
We continue a lot of collaborative research and offer summer
internships as well to students. Some even do their MTech projects
here.
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